Annual Radiological Environmental Operating Report …Services of Westwood, New Jersey. Environmental TLDs were processed by Detroit Edison at the Enrico Fermi 2 plant. Table 1 lists

I LF CREEK NUCLEAR OPERATING CORPORATION

Clay C. Warren Vice President Operations Support

APR 2 8 2000

CO 00-0027

U. S. Nuclear Regulatory Commission ATTN: Document Control Desk Mail Station Pl-137 Washington, D. C. 20555

Subject: Docket No. 50-482: Annual Radiological Environmental Operating Report - 1999

Gentlemen:

Enclosed is the Annual Radiological Environmental Operating Report which is being submitted pursuant to Wolf Creek Generating Station (WCGS) Facility Technical Specification 5.6.2. This report covers operation of WCGS for the period of January 1, 1999 to December 31, 1999.

If you should have any questions regarding this submittal, please contact me at (316) 364-4048, or Mr. Karl A. (Tony) Harris at (316) 364-4038.

Very truly yours,

Clay C. Warren

CCW/rlr

Enclosure

cc: J. N. Donohew (NRC), w/e W. D. Johnson (NRC), w/e E. W. Merschoff (NRC), w/e Senior Resident Inspector (NRC), w/e

PO. Box 411 / Burlington, KS 66839 / Phone: (316) 364-8831

An Equal Opportunity Employer M/F/HC/VET

WOLF CREEK NUCLEAR OPERATING CORPORATION

WOLF CREEK GENERATING STATION

1999 ANNUAL RADIOLOGICAL

ENVIRONMENTAL OPERATING REPORT

APRIL 21, 2000

TABLE OF CONTENTS

List of Tables ii

List of Figures iii

Introduction 1

I. Program Description 2

II. Discussion of Results 5

III. Annual Land Use Census Results and Program Revisions 11

IV. Program Deviations 12

V. Interlaboratory Comparison Program Results 13

VI. Comparison to the Radioactive Effluents Release Program 14

Tables 15

Figures 35

Appendix A - Summary Tables A-I

Appendix B - 1999 Individual Sample Results B-I

Charcoal Filters B-2 Air Particulate Filters (gross beta) B-17 Air Particulate Filters (gamma analysis) B-32 Surface Water B-37 Ground Water B-50 Drinking Water B-70 Shoreline Sediment B-88 Fish B-92 Food/Garden Crops B-98 Feed and Forage B-106 Bottom Sediment B-109 Aquatic Vegetation B-112 Terrestrial Vegetation B-115 Soil B-117

i

LIST OF TABLES

1 Radiological Environmental Monitoring Program Description 15

2 Sample Location Numbers, Distances and Directions 20

3 Airborne Particulate Gross Beta Analyses 21

4 Airborne Particulate Quarterly Composite Gamma Isotopic Analyses 22

5 First and Second Quarter TLD Results 23

6 Third and Fourth Quarter TLD Results 24

7 Drinking Water Radiological Analyses 25

8 Surface Water Radiological Analyses 26

9 Shoreline Sediment Radiological Analyses 27

10 Milk Radiological Analyses 27

11 Broadleaf Vegetation Radiological Analyses 27

12 Crop Radiological Analyses 28

13 Fish Radiological Analyses 28

14 Bottom Sediment Radiological Analyses 28

15 Aquatic Vegetation Radiological Analyses 29

16 Terrestrial Vegetation Radiological Analyses 29

17 Soil Radiological Analyses 29

18 Land Use Census Data 30

19 Comparison of 1998 and 1999 Land Use Census Milk and Garden Data 31

20 ERA Statistical Summary Proficiency Testing (PT) Program - 1999 32

21 Analytics Cross Check Comparison Program 1999 33

22 Dosimetry Performance Testing Results 34

ii

LIST OF FIGURES

1 Airborne Pathway Sampling Locations 35

2 Direct Radiation Pathway Sampling Locations 36

3 Waterborne Pathway Sampling Locations 37

4 Ingestion Pathway Sampling Locations 38

5 Distant Sampling Locations 39

6 Airborne Gross Beta Weekly Results 40

7 Historical Airborne Smoothed Indicator and Control Gross Beta 41

8 TLD Nearsite Locations and Control Locations 42

9 Variation of Nearsite TLD Averages Expressed as a Ratio to Control 43 Values

10 Drinking Water Gross Beta, Historical 44

11 Wolf Creek Lake Surface Water Smoothed Tritium Data 45

12 Cumulative Liquid Effluent Tritium Data 46

13 Cs-137 in Shoreline Sediment (Location Discharge Cove) 47

14 Tritium in Wolf Creek Lake Fish 48

15 Tritium Dose in WCL Surface Water and Released Liquid Tritium 49 Maximum Organ Dose

iii

INTRODUCTION

The 1999 Annual Radiological Environmental Operating Report for Wolf Creek Generating Station (WCGS) covers the period from January 1 through December 31, 1999. WCGS is located in Coffey County, Kansas, approximately five miles northeast of Burlington, Kansas.

Fuel loading commenced at WCGS on March 12, 1985. The operational phase of the Radiological Environmental Monitoring Program (REMP) began with initial criticality on May 22, 1985 and the first detectable quantities of radioactivity were reported in plant effluents in June 1985.

This report contains a description of the REMP conducted by Wolf Creek Nuclear Operating Corporation (WCNOC), results of sample analyses, a discussion of monitoring program results, a description of revisions to and deviations from the program, and the results of Interlaboratory Comparison Programs. Individual sample results and a summary of results in the Nuclear Regulatory Commission (NRC) Branch Technical Position specified format are included as appendices.

Plant-related activation, corrosion or fission products were not detected during 1999 in airborne particulate and radioiodine filters, broadleaf vegetation, crops, ground water, soil, terrestrial vegetation, or drinking water.

Activation, corrosion or fission products attributable to plant operation were detected during 1999 in aquatic vegetation, shoreline sediment, bottom sediment, surface water and fish samples.

Nuclides detected in REMP samples were below applicable NRC reporting levels and lower limits of detection were met.

1999 Annual Radiological Environmental Operating Report Wolf Creek Generating Station Page 1 of 49

I. PROGRAM DESCRIPTION

Radiological environmental samples were collected according to the schedule in AP 07B-004, Offsite Dose Calculation Manual (Radiological Environmental Monitoring Program). Samples were collected by the WCGS Environmental Management group and were analyzed by Teledyne Brown Engineering Environmental Services of Westwood, New Jersey. Environmental TLDs were processed by Detroit Edison at the Enrico Fermi 2 plant. Table 1 lists sampling pathways and frequencies of sampling and analysis. Table 2 lists each sample location's distance and direction from the plant. Samples in addition to those required by the WCGS ODCM (AP 07B-004) were also obtained.

The following is a description of the sampling and analysis program by individual pathways.

A. Airborne Pathway

Low volume air sampling pumps collected particulate and radioiodine samples on 47 mm glass fiber filters and charcoal canisters, respectively. Weekly, the filters and charcoal canisters were changed out, labeled, and shipped to Teledyne Brown Engineering Environmental Services for analysis. The volume of air sampled was calculated from the average of initial and final flow rates and the total time of collection. Each pump was equipped with a time totalizer that was checked weekly against the elapsed time.

Gross beta analysis of the air particulate samples was performed 72 hours post collection to allow the radon and thoron daughter products to decay.

Weekly air particulate filters were combined into quarterly composites for each location and analyzed for gamma emitting isotopes.

Charcoal canisters were routinely counted in groups of five to determine the presence or absence of 1-131. Positive indication of 1-131 would have resulted in analysis of each individual charcoal canister.

Air samples were collected from the three sectors with the highest ground level deposition constants (D/Q) (locations 2, 3 and 37), the community of New Strawn (location 32), and a control location at Hartford (location 40). Distances and directions to sampling locations from the plant are listed in Table 2, nearby locations are shown in Figure 1 and distant locations are shown in Figure 5.

B. Direct Radiation Pathway

Panasonic UD-814-AQ TLDs were used during the sample year. The TLDs consist of one lithium-borate element and three calcium sulfate elements in a plastic case.

TLDs were typically positioned roughly 3 to 4 feet above the ground in plastic thermostat boxes. The thermostat boxes protect the TLDs from the elements and tampering. Two TLDs were placed at each designated location. Nearby TLD sample locations are illustrated in Figure 2 and distant locations are shown in Figure 5. Table 2 provides the distance and direction of each location from the plant. Control locations were 39 (Beto Junction) and 40 (Hartford).


C. Waterborne Pathway

All water samples were analyzed to determine whether gamma emitters were present. In addition to gamma analysis, radiochemical analysis for 1-131 was performed on drinking water and ground water samples. Gross beta analysis was also performed on drinking water samples. Tritium analysis was performed monthly by liquid scintillation for surface water and quarterly for drinking water. Tritium analysis was also performed quarterly on ground water samples. Water sampling locations are listed in Table 2 and are shown in Figures 3 and 5.

Drinking water was sampled at the water treatment facilities for the towns of Burlington (control location BW-15) and LeRoy (indicator location LW-40). The Burlington facility is located upstream and the LeRoy facility downstream of the confluence of the discharge from Wolf Creek Lake (WCL) and the Neosho River. Composite samples were obtained monthly from automatic samplers at each location that collected about 10 ml of drinking water each hour.

Grab samples were obtained from surface water locations each month. Surface water was sampled from the outfall of John Redmond Reservoir (JRR) as a control (location MUSH) and from the discharge cove (DC) and spillway (SP) of WCL as indicator locations.

Ground water samples were collected quarterly from four locations. Location B-12 is hydrologically upgradient from the site and is used as a control location. Three additional samples, C-10, C-49 and D-65, were obtained from wells hydrologically downgradient from the site as indicator samples. Duplicate samples were obtained from location C-49 and were labeled L-49. These duplicate samples served as a laboratory quality check.

Shoreline sediments were sampled semiannually for gamma analysis at the discharge cove, the Make-up Water Discharge Structure (MUDS) and the Environmental Education Area (EEA) indicator locations and at JRR as a control location.

D. Ingestion Pathway

Because no sampling locations that produce milk for human consumption were identified within five miles of the plant, milk was not collected during the sample year.

Broadleaf vegetation samples were collected monthly if available during the growing season from four gardens. Three indicator gardens (Figure 4) and a control (S-4) garden (Figure 5) were sampled. Gamma isotopic analyses were performed on all samples.

Three crop samples were obtained from two indicator locations downstream of the confluence of Wolf Creek and the Neosho River and one control sample (NR-Ul) was obtained upstream. Due to the wet weather, only one indicator sample and the control sample were irrigated with water from the Neosho River. Gamma isotopic analysis was performed on each sample.

Fish were sampled semiannually from the tail waters of JRR (control, Figure 4) and from WCL (indicator, Figure 4) for gamma isotopic analysis. Several species of gamefish and roughfish were sampled. Gamma isotopic analysis was performed on boneless meat portions of the fish. Fish were also analyzed for tritium.


E. Special Samples (not required by AP 07B-004)

Bottom sediment samples were collected semiannually for gamma analysis at the discharge cove indicator location and the JRR control location. These samples were collected as part of a cooperative sampling effort with the Kansas Department of Health and Environment (KDHE).

Aquatic vegetation was collected for gamma analysis from indicator locations at the discharge cove, the discharge cove alternate location and the EEA. These samples were collected as part of a cooperative sampling effort with the KDHE.

Soil was sampled semiannually from two locations, the MUDS and EEA, for gamma isotopic analyses. These samples were collected as part of a cooperative sampling effort with the KDHE.

Terrestrial vegetation was also sampled semiannually from locations MUDS and EEA for gamma isotopic analyses. These samples were collected as part of a cooperative sampling effort with the KDHE.

Sampling locations listed in this section are outlined in Table 2.


II. DISCUSSION OF RESULTS

Analysis results for all pathways are summarized in Appendix A using the format described in Radiological Assessment Branch Technical Position, Revision 1, November 1979 (NRC Generic Letter 79-065). Results for individual samples are listed in Appendix B.

In this section, results are discussed by pathway and analysis type. Monitoring results are compared with control data, preoperational values, sources of radioactivity, and effluent releases when applicable. Trends or seasonal effects are discussed. Associated counting uncertainties for detected activity values contained in Tables 3 through 17 are shown in Appendix B.

A. Airborne Pathway

Results of the weekly gross beta analysis are summarized in Table 3. In addition, Figure 6 graphically illustrates weekly gross beta results for the sample year. Figure 7 represents the historical smoothed averages of indicator and control gross beta data.

Figures 6 and 7 demonstrate how closely the indicator and control locations tracked together. Figure 7 reveals a seasonal cyclic trend in which gross beta values peak in the winter months (December or January) and decrease to a low point in the spring months (May or June).

The gross beta results of 1999 were compared to pre-operational monitoring results of 1983 and 1984. The weekly gross beta analyses range for 1983 and 1984 was 0.0064 to 0.084 pCi/m3 . The 1999 weekly gross beta analyses range for indicator locations was 0.010 to 0.048 pCi/m3, which was within the preoperational range. Additionally, the annual mean for indicator locations for 1999 (0.025 pCi/m 3 ) was lower that the annual mean for 1983 (0.032 pCi/m3 ) and 1984 (0.028 pCi/m3 ) .

1-131 activity was not detected in the weekly analysis of charcoal filters.

Results of the quarterly gamma analysis of air particulate filter composite analyses are summarized in Table 4. Naturally occurring Be-7 and K-40 were detected as was the case during pre-operational monitoring.

No effects of plant operation were seen via the airborne pathway for the year, and no unusual trends were noted.

B. Direct Radiation Pathway

Quarterly gamma exposures measured at each location are shown in Tables 5 and 6. Measured values have been converted to a standard 90-day quarter.

The highest direct radiation levels of the year were detected at location 47. Location 47 also had the highest TLD measured activity in 1998 (annual mean 0.29 mR/day). The close proximity of location 47 to the Radwaste Building was likely the reason direct radiation levels were higher at this location. (In 1999, the annual mean of all indicator locations was 0.215 mR/day and the annual mean of location 47 was 0.33 mR/day.)

Results from TLDs located near the plant (less than approximately three miles), which would be most affected by changes in plant operation, were combined into quarterly averages. These nearsite averages, using locations 1, 2, 7-14, 18, 26-30, 37 and 38, are compared to control location results (locations 39 and 40) in Figure 8. In addition, variation of the nearsite averages from the control location results is displayed graphically in


Figure 9. These figures also include preoperational data for comparison. The nearsite TLD locations have historically trended higher than the control locations both prior to and after WCGS became operational.

During the sample year, the lab which processes the TLDs (Fermi 2) changed the calibration process from a reference-based element correction factor system to a dose-based element correction factor system. (A reference-based process evaluates the actual element dose response to the response of reference TLDs that are annealed, irradiated and processed under similar conditions. A dosebased process compares the actual element dose response to the known irradiation dose.) Additionally, the lab recognized that there was indication that the readings on some (generally older) TLDs were higher than for newer TLDs and some results were reported artificially high due to inappropriately low calibrations. These minor problems have been resolved (Performance Improvement Request 1999-2672) and may have contributed to the third quarter elevated average of nearsite locations and the percent variation of nearsite averages to control values.

C. Waterborne Pathway

(1) Drinking Water

Results of drinking water radiological analyses are summarized in Table 7. Figure 10 illustrates the historical drinking water gross beta data.

Gross beta activity was detected in all drinking water samples. The annual mean of the control location gross beta activity (6.2 pCi/liter) was higher than the annual mean of the indicator location (6.1 pCi/liter). The 1999 annual means for gross beta activity were lower than those of the preoperational monitoring year of 1984. (In 1984, the annual mean of the control location gross beta activity was 6.4 pCi/liter and the annual mean of the indicator location gross beta activity was 7.5 pCi/liter.)

Figure 10 illustrates how closely the gross beta results compared for the indicator and control locations. Figure 10 also displays the elevated gross beta activity detected during the month of November. The indicator location detected gross beta activity was 20 pCi/liter, and the control location detected gross beta activity was 19 pCi/liter. Since the gross beta results were elevated at both the control and indicator locations, this detected activity was not considered to be due to plant operation.

Tritium activity was not detected in any indicator location samples; however, it was detected in one sample obtained in April from the control location (180 pCi/liter).

No radionuclides were detected by the 1-131 and gamma isotopic analyses.

Activity due to plant operation was not evident in drinking water samples and no unusual trends were noted.


(2) Surface Water

Tritium, attributable to WCGS operation, was detected in all surface water samples collected from WCL during 1999. According to the Radioactive Effluents Release Program, a total of 1172.24 curies of liquid tritium was released during the year. Measured concentrations are shown in Table 8. An adult drinking 2 liters per day of surface water collected from the discharge cove, using the highest detected tritium activity (16,000 pCi/liter), would receive a committed effective dose equivalent of 0.731 mRem per year. (According to the National Council on Radiation Protection and Measurements [NCRP Report No. 94], the estimated total effective dose equivalent rate for a

member of the population in the United States from various sources of natural background radiation is 300 mRem per year.) Figure 11 illustrates smoothed tritium data for locations DC and SP from startup in May 1985 through 1999. The cumulative curies of liquid tritium released to WCL is illustrated in Figure 12.

During 1999, the annual mean for detected tritium activity at the discharge cove was 11,550 pCi/liter. It can be seen in Figure 11 that monthly surface water tritium concentrations have trended upward since plant startup. This is expected until the average tritium concentration of the lake reaches equilibrium, which has been estimated at 13,000 pCi/liter.

Tritium activity was also detected in one control location sample (170 pCi/liter) obtained in September.

During pre-operational environmental radiological monitoring, measured radiological activity was not detected in surface water samples.

Tritium was the only activity detected in surface water samples and no unusual trends were noted.

(3) Ground Water

During 1999, radioactivity was not detected in ground water samples.

(4) Shoreline Sediment

Naturally occurring nuclides (K-40, Ra-226 and Th-228) were detected in all shoreline sediment samples. One sample from an indicator location (DC) and one sample from a control location (JRR) had naturally occurring Be-7 activity detected. These concentrations were comparable to pre-operational sample results.

Cs-137 activity was detected (88.5 and 286 pCi/kg) in samples obtained from indicator locations DC and EEA. The detected Cs-137 activity was primarily due to fallout; however, a portion of the detected activity was likely due to plant operation since Cs-134 activity was detected at the DC in 1994, and Cs-137 activity has been identified in plant effluents. (The presence of Cs-134 is expected if the occurrence of Cs-137 is related to plant operation. Since Cs-134 has a shorter half-life than Cs-137 [2 years versus 30 years], it is not expected to be found when the presence of Cs-137 is due to fallout.) The Cs-137 concentrations measured were below concentrations measured preoperationally. (The pre-operational range for Cs-137 detected activity at location DC was 224 pCi/kg to 437 pCi/kg.) This can be seen in Figure 13 which plots both pre-operational and operational concentrations of Cs-137 in shoreline sediment samples from the discharge cove location. Cs-137 activity was also detected (52.2 and 80.3 pCi/kg) in samples obtained from the JRR control location.


Figure 13 illustrates that Cs-137 activity was detected pre-operationally and is routinely detected at the discharge cove. However, Cs-137 activity was not detected in discharge cove samples in 1997. A linear trendline indicates that the level of Cs-137 activity detected in the discharge cove is trending downward. Analysis results are summarized in Table 9.

D. Ingestion Pathway

(1) Milk

Milk was not collected during the sample year since no indicator locations within five miles of the plant were identified during the Land Use Census.

(2) Food and Garden Crops

Gamma analyses of broadleaf vegetation samples during 1999 detected naturally occurring gamma emitters Be-7, K-40 and Th-228.

Cs-137 activity was detected (12.4 pCi/kg) in a sample from indicator location F-1. This detected activity was not considered to be due to plant operation since it was below the range of pre-operational Cs-137 results (13.1 to 47.8 pCi/kg).

Activity attributable to plant operation was not detected. Table 11 shows the results of 1999 analyses.

In addition to broadleaf vegetation, crop samples were collected. One control sample was obtained from cropland upstream of the confluence of Wolf Creek and the Neosho River, and three indicator samples were obtained downstream. The control sample location was irrigated with Neosho River water. Due to the wet summer, only one indicator sample location was irrigated with Neosho River water. Gamma analysis detected naturally occurring K-40 to be present in all of the samples, with no nuclides detected due to plant operation. Results of crop analyses are summarized in Table 12. No unusual trends were noted.

(3) Fish

Analysis results are illustrated in Table 13. Naturally occurring K-40 activity was detected in all fish samples and was within the range seen during the pre-operational monitoring period.

During 1999, fish were also analyzed for tritium. All fish samples taken from WCL had tritium activity detected (6,020 pCi/kg annual mean), and those results are displayed in Figure 14. The detected tritium activity was attributable to plant operation. An adult consuming 21 kilograms of fish, at the maximum measured tritium concentration for 1999 (11,000 pCi/kg) would receive a committed effective dose equivalent of 0.015 mRem. (According to the National Council on Radiation Protection and Measurements [NCRP Report No. 94], the estimated total effective dose equivalent rate for a member of the population in the United States from various sources of natural background radiation is 300 mRem per year.) Tritium activity was not detected in control samples collected from JRR.

Two fish samples collected from WCL contained detectable levels of Cs-137 at concentrations of 21.8 and 40.7 pCi/kg (wet weight). Although fallout Cs-137 is regularly measured in other environmental media and is probably reflected in these values, it is assumed that these concentrations were attributable to operational station releases. Cs-137 activity was not detected in JRR control samples nor was detected in pre-operational indicator samples. An adult consuming 21 kilograms of fish, at the maximum measured Cs-137 concentration


for 1999 (40.7 pCi/kg) would receive a committed effective dose equivalent of 0.040 mRem.

No other radionuclides were detected in fish during the year and no unusual trends were noted.

E. Special Samples (not required by AP 07B-004)

(1) Bottom Sediment

Table 14 shows gamma emitters detected in bottom sediment samples. Naturally occurring nuclides detected include Be-7, K-40, Ra-226, and Th-228.

Co-60 activity (525, 531 and 663 pCi/kg) was detected in all samples obtained from the WCL discharge cove. Co-60 activity was attributable to plant operation and has been identified in plant effluents. Co-60 activity was not detected in pre-operational environmental monitoring and was not detected in samples collected from control location JRR during 1999.

Sb-125 activity (363 pCi/kg) was detected in a sample obtained from the WCL discharge cove. Sb-125 activity was attributable to plant operation and has been identified in plant effluents. Sb-125 activity was not detected in preoperational environmental monitoring and was not detected in samples collected from control location JRR during 1999.

Cs-137 activity (262, 220 and 307 pCi/kg) was detected in all indicator samples obtained from the WCL discharge cove. Cs-137 activity has also been identified in plant effluents. Since Cs-134 was not present and Cs-137 activity (161 and 129 pCi/kg) was also detected in the control location samples, this activity was primarily due to fallout and not to a newly produced fission product of plant origin. It should be noted that Cs-134 activity has been detected in previous years (1992, 1994 and 1995) thus, a portion of this activity was likely plant-related. Cs-137 activity was detected in pre-operational samples, and the results for 1999 indicator bottom sediment samples were within the pre-operational range. (Cs-137 activity detected in 1981 and 1982 was in the range of 79 to 950 pCi/kg.)

No other radionuclides were detected in bottom sediment samples and no unusual trends were noted.

(2) Aquatic Vegetation

Table 15 lists gamma emitters detected in aquatic vegetation samples. Al.l samples were obtained from indicator locations. Naturally occurring Be-7, K-40, Ra-226 and Th-228 were detected in samples collected in 1999 and were also detected during pre-operational monitoring.

Co-58 and Co-60 activity was detected in algae samples obtained from the WCL discharge cove. This activity was attributed to plant operation and has been identified as expected in plant effluents. Co-58 and Co-60 were not detected during pre-operational monitoring.

Cs-137 activity was detected in all of the algae samples. This activity was attributed to a combination of plant operation and fallout. (Cs-134 activity was detected in samples obtained during 1998.) Cs-137 activity has been identified in plant effluents and was also identified in pre-operational environmental monitoring.

No other radionuclides were detected in aquatic vegetation samples and no unusual trends were noted.


(3) Terrestrial Vegetation

Grass samples were obtained from the EEA and MUDS. All samples had naturally occurring Be-7 and K-40 activity detected. No other radionuclides were detected. Table 16 reflects gamma emitters detected in terrestrial vegetation samples. No unusual trends were identified.

(4) Soil

Soil samples were also obtained from the EEA and MUDS. Naturally occurring Be-7, K-40, Ra-226 and Th-228 activity was detected. Cs-137 activity was detected in all soil samples. The Cs-137 activity was attributable to fallout since Cs-134 activity was not detected and the activity levels for Cs-137 were within or below the pre-operational range (255 to 2,160 pCi/kg). Table 17 lists the activity detected in soil samples. No unusual trends were identified.


III. ANNUAL LAND USE CENSUS RESULTS AND PROGRAM REVISIONS

Summary

The annual Land Use Census of rural residents within five miles of the WCGS was completed for 1999. No changes were required in the REMP in either the broadleaf vegetation sample locations or milk sample locations. Once again, milk sample locations were not identified. The two broadleaf vegetation locations with the highest calculated annual average D/Q rankings remain the GI.6-QURD1384 and FI.8-14RD1730 locations. AP 07B-004, Offsite Dose Calculation Manual (Radiological Environmental Monitoring Program) specifies that an "alternate location may be used to provide continued monitoring." The third-ranked garden was at location El.8-QULAI485, and it was again chosen as an alternate sampling location. The residents at GI.6-QURDl384, Fl.8-14RD1730, and El.8-QULAI485 have agreed in the past to allow sampling from their respective gardens. The results and notable changes are summarized and illustrated in Tables 18 and 19.

Background

Section 5.2, Attachment A, of the ODCM procedure (AP 07B-004), directs that "a Land Use Census shall be conducted annually during the growing season to identify the nearest (1) milk animal, (2) residence, and (3) garden of greater than 500 square feet producing broadleaf vegetation in each of the 16 meteorological sections within five miles of the WCGS site" and "the results of the Land Use Census shall be included in the Annual Radiological Environmental Operating Report."

Table 5-1, Attachment A, of the ODCM (AP 07B-004) requires that broadleaf vegetation samples be collected from "two indicator locations with the highest calculated annual average D/Q."

Table 5-1, Attachment A, of the ODCM (AP 07B-004) also requires that milk samples be collected from "three indicator locations within 5 miles of the site having the highest dose potential."

Methodology

Surveys were sent to the rural residents within five miles of WCGS during the first week of August 1999. A follow-up mailing was sent to residents who did not respond. The survey excluded the residents of New Strawn, Burlington and a trailer park just north of Burlington. These locations were excluded due to the large number of households and the low likelihood that information gained from these residences would affect the locations chosen for REMP sampling. Of the 170 surveys mailed to the rural residents, 151 were returned by mail or completed by conversing with the residents. Nineteen surveys were partially completed with information obtained by driving by the locations.

Results

Table 18 reflects the nearest residences, milk animals and broadleaf gardens. Table 19 lists the changes as compared to the 1998 Land Use Census results for milk animals and gardens producing broadleaf vegetation.

Changes in the nearest residence occurred in five sectors (J, M, N, P and R), and no milk locations were identified. Three location changes were noted for the nearest garden producing broadleaf vegetation.


IV. PROGRAM DEVIATIONS

Airborne Pathway

Two program deviations were identified in this area during 1999; one involving sample pump meters and the other involving a power outage. These deviations are described below.

WCNOC personnel determined through the corrective action program, that the primary reason for inconsistent performance of air sample pumps during the latter part of 1998 was malfunctioning elapsed hour meters. During 1999, air sampler pumps were installed with new hour meters that were different in brand and model. The reliability of the pump hour meters has increased. This change has greatly reduced deviations for this pathway. (Performance Improvement Request 1998-3337)

Location 3: On August 18, 1999, air sample pump 5967 was found inoperable. Pump 5967 was removed from service and replaced with operable pump 5970. Our investigation determined that a power outage had occurred during the sample week, and low voltage had also been experienced during the sample period. These conditions led to the failure of the pump to collect the required sample. (Performance Improvement Request 1999-2856)

Drinking Water

Two program deviations were identified in this area during 1999. These deviations are described below.

Location BW-15 (Burlington): On January 28, 1999, the drinking water sampler was found inoperable. Our investigation indicated that the pump sampler tube was split and a fuse was found to be blown. It was estimated that drinking water was not sampled for two weeks during the sample period which started January 6, 1999. The fuse and pump tube were changed and sampler operation was restored. A grab sample was obtained. The sampler was again checked on February 3, 1999, and was found operable. (Performance Improvement Request 1999-0382)

Location LW-40 (LeRoy): On July 7, 1999, the drinking water sampler was found operational, however, the computer indicated that 97 ten-milliliter samples were missed during the one month sample period. According to the manager of the water treatment facility, the east bay had started leaking and the west bay would be a better source to sample. The sampler intake tubing was moved to the west bay. (Performance Improvement Request 1999-2431)

Milk

No program deviations were identified in this area during 1999. The discussion below is provided for consistency and completeness of this report.

Indicator sample locations were still unavailable within five miles of the plant. Refer to Section III, Annual Land Use Census Results and Program Revisions.


V. INTERLABORATORY COMPARISON PROGRAM RESULTS

Teledyne Brown Engineering Environmental Services is under contract to perform radiological analysis of environmental samples for WCNOC. During 1999, Teledyne participated in the Environmental Resource Associates (ERA) Proficiency Testing Program and the Analytics Cross Check Comparison Program.

Table 20 is a summary of the ERA proficiency testing results. The table lists the date/ID number, nuclide, the known value reported by ERA, the measured value reported by Teledyne Brown Engineering Environmental Services, expected deviation known, control limits, warning limits and performance evaluation.

Table 21 is a summary of the Analytics comparison program results. The table lists sample ID/date, sample medium, nuclide, the measured results reported by Teledyne Brown Engineering Environmental Services, the known results reported by Analytics and the ratio of Teledyne Brown Engineering Environmental Services to the Analytics results.

Table 22 is a summary of statistical results of performance testing of TLDs processed at Enrico Fermi 2 by Detroit Edison, which participated in the National Voluntary Laboratory Accreditation Program.


VI. COMPARISON TO THE RADIOACTIVE EFFLUENTS RELEASE PROGRAM

As described in the sections discussing radioisotopes found in the surface water from WCL, dose that may be received as a result of tritium released from WCGS is consistent with the theoretical doses calculated by the Radioactive Effluent Release Program.

Figure 15 indicates that the dose to a man resulting from drinking surface water from WCL lake was within a reasonable expected value. Dose for the surface water was determined using the December tritium activity detected for each calendar year at the discharge cove. Released tritium maximum organ dose (mRem) values were obtained from Annual Radioactive Effluent Release Reports and are not cumulative (i.e., the values reflected are the totals for the respective years).

The tritium dose values are being compared on a qualitative basis. It is not expected that the annual doses, as calculated in the Radioactive Effluent Release Report, would compare directly to those calculated from the REMP. The Radioactive Effluent Release Report provides a 'snap shot' of potential dose resulting from the year's release. The REMP data indicate the accumulated result of releasing tritium into the cooling lake since the start of plant operation.


TABLE 1

1999 RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM (SAMPLE COLLECTION REQUIRED BY ODCM)

DESCRIPTION

EXPOSURE PATHWAY/

SAMPLE

AIRBORNE

Radioiodine and Particulates

NUMBER OF SAMPLES AND SAMPLE LOCATIONS

(See Figures 1 & 5)

Samples from five locations

Samples from locations near the site boundary in three sectors having the highest calculated annual average D/Q (Locations 2, 3, and 37 on Figure 1)

SAMPLING AND COLLECTION FREQUENCY

Continuous sampler operation with sample collection weekly, or more frequently if required, by dust loading.

Sample from the vicinity of a community having the highest calculated annual average D/Q (Location 32 on Figure 1, New Strawn)

Sample from a control location 10-20 miles distant in a low D/Q sector (Location 40 on Figure 5)

1999 Annual Radiological Environmental Operating Report Wolf Creek Generating Station

TYPE AND FREQUENCY OF

ANALYSIS

Analyze radioiodine canister weekly for 1-131

Analyze particulate filter weekly for gross beta activity; perform quarterly gamma isotopic analysis composite (by location)

Page 15 of 49

TABLE 1 (Cont)


EXPOSURE PATHWAY/

SAMPLE

DIRECT RADIATION

40 routine monitoring stations with two or more dosimeters measuring dose continuously, placed as follows:


Quarterly

An inner ring of stations, one in each meteorological sector 0-3 mile range from the site (Locations 1, 7-9, 11-13, 18, 26, 27, 29-31, 37, 38 and 47 on Figure 2).

An outer ring of stations, one in each meteorological sector in the 3-5 mile range from the site (Locations 46, 15-17, 19-25, and 33-36 on Figure 2). Five sectors [A, B, D, G, and L] contain an additional station (Locations 2, 3, 10, 14 and 28).

The balance of the stations to be placed in special interest areas such as population centers (Locations 23 and 32), nearby residences


Gamma dose quarterly

Page 16 of 49

(See Figures 2 & 5)

TYPE AND FREQUENCY OF ANALYSIS

TABLE 1 (Cont)

EXPOSURE PATHWAY/

SAMPLE

DIRECT RADIATION (cont)

WATERBORNE


(many locations are near a residence), schools (Location 23), and in one or two areas to serve as control stations 10-20 miles distant from the site (Locations 39 and 40 on Figure 5).

(See Figure 3)



ANALYSIS

One sample upstream (Location MUSH on Figure 3) and one sample downstream (Location DC on Figure 3).

Samples from one or two sources only if likely to be affected.

Monthly grab sample

Quarterly grab sample

Monthly gamma isotopic analysis and composite for tritium analysis quarterly

Quarterly gamma isotopic and tritium analysis

Indicator samples at locations hydrologically downgradient of the site (Locations C-10, C-49, and D-65 on Figure 3); Control sample at a location hydrologically upgradient of the site (Location B-12 on Figure 3).


Surface

Ground

TABLE 1 (Cont)




ANALYSIS

WATERBORNE (cont)

Drinking

Shoreline sediment

INGESTION

Sample of municipal water supply at an indicator location downstream of the site (Location LW-40 on Figure 5); control sample from location upstream of the site (Location BW-15 on Figure 3).

One sample from the vicinity of Wolf Creek Lake discharge cove; control sample from John Redmond Reservoir (Locations DC and

JRR respectively on Figure 3).

(See Figures 4 & 5)

Milk Samples from milking animals at three indicator locations within five miles of the site having the highest dose potential (currently there are no locations producing milk for human consumption within five miles of the site); one sample from a control location greater than 10 miles from the site if indicator locations are sampled.

Monthly Composite

Semiannually

Semimonthly April to November; monthly December-March

Monthly gamma isotopic analysis and gross beta analysis of composite sample. Quarterly tritium analysis of composites.

Semiannual gamma isotopic analysis

Gamma isotopic analysis and 1-131 analysis of each sample


EXPOSURE PATHWAY/

SAMPLE

TABLE 1 (Cont)

Fish

Broadleaf Vegetation

Irrigated Crops


Indicator samples of 1-3 recreationally important species from Wolf Creek Lake; control samples of similar species from John Redmond Reservoir spillway (Figure 4).

Samples of available broadleaf vegetation from two indicator locations with highest calculated annual average D/Q (Locations G-l and F-1 and alternate location E-l); sample of similar broadleaf vegetation from a control location greater than 10 miles from the site in a low D/Q sector (Location S-4 on Figure 5).

Sample of crops irrigated with water from the Neosho River downstream of the Neosho River - Wolf Creek confluence (Location NR-DI and

NR-D2 on Figure 5).


Semiannually

Monthly when available

At time of harvest


ANALYSIS

Gamma isotopic analysis on edible portions




EXPOSURE PATHWAY/

SAMPLE

INGESTION (cont)

TABLE 2 SAMPLE LOCATION NUMBERS, DISTANCES (Miles) AND DIRECTIONS

Location Distance/ Location Distance/ Location Number Distance/ Number Direction Number Direction Direction

Air Particulates and Radioiodines 2 2.7/N 3 3.0/NNE

32 3.2/WNW 37 2.1/NNW 40 >15.0/WNW

TLDs 1 1.4/N 17 3.6/SE 33 3.7/WNW 2 2.7/N 18 3.0/SSE 34 4.0/NW 3 3.0/NNE 19 4.0/SSE 35 4.6/NNW 4 4.0/NNE 20 3.3/S 36 4.2/N 5 4.0/NE 21 3.8/S 37 2.1/NNW 6 4.4/ENE 22 4.1/SSW 38 1.2/NW 7 1.9/NE 23 4.5/SW 39 13.0/N 8 1.6/NNE 24 4.1/WSW 40 >15.0/WNW 9 2.0/ENE 25 3.6/W 41 0.8/NNW 10 2.4/ENE 26 2.6/WSW 42 0.8/SSE 11 1.6/E 27 2.1/SW 43 0.8/WNW 12 1.8/ESE 28 2.8/SW 44 3.0/NNW 13 1.5/SE 29 2.6/SSW 45 1.6/WNW 14 2.6/SE 30 2.2/W 46 1.5/WNW 15 4.5/ESE 31 3.0/WNW 47 .16/S 16 4.2/E 32 3.2/WNW

Ground water Drinking water Surface water B-12 2.2/NNE BW-15 3.9/SW MUSH 3.6/W C-10 2.8/W LW-40 >10.0/SSE DC 0.6/WNW

C-49/L-49 2.9/SW SP 2.9/S D-65 3.9/S

Milk Broadleaf vegetation Irrigated Crops F-I 1.8/ESE NR-U1 : 4.2/SW G-1 1.6/SE NR-D1 9.2/S E-1 1.8/E NR-D2 >10.0/S S-4 >15.0/WNW

Fish Shoreline Soil Aquatic Vegetation/Algae WCL 0.6/WNW DC 0.6/WNW DC 0.6/WNW JRR 4.0/W JRR 4.0/W DC ALT 1.5/NW

EEA 3.0/NNW EEA 3.0/NNW MUDS 1.5/WNW

Terrestrial Vegetation & Soil Bottom Sediment EEA 3.0/NNW DC 0.6/WNW

MUDS 1.5/WNW JRR 4.0/W


TABLE 3 Airborne Particulate Gross Beta Analyses

pCi/cubic meter (analysis counting uncertainties reported in Appendix B)

Date Location Beginning Ending 2 1 3 1 32 [ 37 [ 40 (Control)

01/06/1999 01/13/1999 0.033 0.036 0.033 0.035 0.036 01/13/1999 01/20/1999 0.026 0.024 0.026 0.024 0.027 01/20/1999 01/28/1999 0.023 0.022 0.022 0.024 0.024 01/28/1999 02/03/1999 0.023 0.024 0.025 0.027 0.025 02/03/1999 02/10/1999 0.017 0.018 0.018 0.018 0.017 02/10/1999 02/16/1999 0.019 0.021 0.021 0.020 0.020 02/16/1999 02/25/1999 0.020 0.018 0.020 0.019 0.020 02/25/1999 03/03/1999 0.019 0.020 0.018 0.017 0.022 03/03/1999 03/11/1999 0.017 0.013 0.015 0.016 0.014 03/11/1999 03/17/1999 0.021 0.018 0.022 0.017 0.017 03/17/1999 03/23/1999 0.019 0.020 0.022 0.019 0.021 03/23/1999 03/31/1999 0.024 0.024 0.022 0.020 0.027 03/31/1999 04/07/1999 0.018 0.018 0.019 0.016 0.019 04/07/1999 04/14/1999 0.017 0.018 0.016 0.014 0.017 04/14/1999 04/21/1999 0.020 0.017 0.019 0.021 0.019 04/21/1999 04/28/1999 0.012 0.012 0.013 0.014 0.014 04/28/1999 05/05/1999 0.016 0.014 0.013 0.014 0.017 05/05/1999 05/13/1999 0.013 0.013 0.014 0.016 0.015 05/13/1999 05/19/1999 0.018 0.020 0.019 0.018 0.019 05/19/1999 05/26/1999 0.017 0.016 0.015 0.019 0.018 05/26/1999 06/02/1999 0.026 0.020 0.023 0.022 0.022 06/02/1999 06/09/1999 0.016 0.019 0.014 0.017 0.018 06/09/1999 06/17/1999 0.015 0.017 0.015 0.015 0.017 06/17/1999 06/24/1999 0.022 0.024 0.024 0.023 0.022 06/24/1999 06/30/1999 0.012 0.017 0.016 0.016 0.017 06/30/1999 07/07/1999 0.020 0.020 0.020 0.019 0.020 07/07/1999 07/14/1999 0.016 0.020 0.020 0.021 0.021 07/14/1999 07/21/1999 0.020 0.021 0.023 0.022 0.025 07/21/1999 07/28/1999 0.025 0.026 0.028 0.030 0.026 07/28/1999 08/04/1999 0.019 0.021 0.019 0.020 0.018 08/04/1999 08/11/1999 0.036 0.034 0.038 0.044 0.038 08/11/1999 08/18/1999 0.022 0.0098 0.023 0.029 0.024 08/18/1999 08/25/1999 0.029 0.027 0.030 0.031 0.030 08/25/1999 08/31/1999 0.041 0.045 0.045 0.048 0.043 08/31/1999 09/08/1999 0.026 0.028 0.026 0.029 0.029 09/08/1999 09/15/1999 0.023 0.024 0.024 0.025 0.026 09/15/1999 09/22/1999 0.029 0.029 0.027 0.038 0.030 09/22/1999 09/29/1999 0.026 0.028 0.026 0.031 0.027 09/29/1999 10/06/1999 0.021 0.021 0.025 0.025 0.026 10/06/1999 10/14/1999 0.037 0.041 0.040 0.047 0.040 10/14/1999 10/20/1999 0.021 0.027 0.027 0.032 0.028 10/20/1999 10/27/1999 0.032 0.034 0.035 0.038 0.035 10/27/1999 11/03/1999 0.034 0.030 0.036 0.033 0.032 11/03/1999 11/11/1999 0.031 0.037 0.036 0.037 0.036 11/11/1999 11/18/1999 0.044 0.045 0.045 0.045 0.044 11/18/1999 11/24/1999 0.047 0.045 0.048 0.040 0.049 11/24/1999 12/01/1999 0.028 0.029 0.033 0.033 0.032 12/01/1999 12/08/1999 0.036 0.032 0.039 0.036 0.036 12/08/1999 12/15/1999 0.037 0.035 0.037 0.035 0.035 12/15/1999 12/22/1999 0.025 0.021 0.027 0.027 0.022 12/22/1999 12/29/1999 0.032 0.032 0.031 0.032 0.030 12/29/1999 01/05/2000 0.039 0.033 0.040 0.040 0.038


TABLE 4 Airborne Particulate Quarterly Composite Gamma Isotopic Analyses

pCi/cubic meter (analysis counting uncertainties reported in Appendix B)

Location Quarter ] Be-7 K-40

2 1 0.100 3 1 0.0835 32 1 0.0742 37 1 0.0802 40 1 0.0785

2 2 0.0936 3 2 0.108 0.00399

32 2 0.0861 37 2 0.0877 40 2 0.0915

2 3 0.0799 3 3 0.0767

32 3 0.0860 37 3 0.105 40 3 0.0893

2 4 0.0698 3 4 0.0614

32 4 0.0640 37 4 0.0760 40 4 0.0597


First andTABLE 5

Second Quarter TLD Results (mR/90 day qtr)

First Quarter

Location Days 90 Day 2 std dev Average

1 86.8 21.0 1.5 2 86.8 18.9 1.3 3 86.8 19.1 1.1 4 86.8 20.8 0.7 5 86.8 19.1 1.0 6 86.8 18.2 0.9 7 86.8 18.7 0.7 8 86.8 21.1 0.9 9 86.8 18.0 1.6

10 86.7 20.2 1.0 11 86.8 21.3 1.9 12 86.8 20.0 1.5 13 86.8 20.9 1.5 14 86.8 20.2 1.5 15 86.8 20.3 0.9 16 86.8 19.0 1.0 17 86.8 19.4 2.7 18 86.8 20.6 1.0 19 86.8 20.1 1.3 20 86.8 20.1 0.9 21 86.8 17.5 0.8 22 86.8 20.0 1.5 23 86.0 19.9 1.2 24 86.0 20.0 1.2 25 86.0 16.6 1.5 26 86.0 18.8 1.5 27 86.0 20.0 1.3 28 86.0 17.7 0.6 29 86.0 16.8 1.1 30 86.0 20.0 0.9 31 86.0 19.2 1.6 32 86.0 18.7 0.8 33 86.0 20.9 1.2 34 86.0 20.8 1.0 35 86.8 20.1 2.3 36 86.8 19.6 1.2 37 86.8 18.9 0.9 38 86.8 21.4 2.4 39 86.0 20.0 1.2 40 86.0 17.7 0.2 41 86.8 17.4 1.1 42 85.8 14.4 0.7 43 85.8 13.6 0.9 44 86.9 19.5 1.5 45 86.0 21.8 1.7 46 86.0 20.1 0.9 47 85.8 25.5 0.8

Second Quarter Location Days 90 Day 2 std dev

Average

1 97.1 17.7 1.3 2 97.0 15.9 1.3 3 97.0 16.7 0.9 4 97.0 17.6 0.9 5 97.0 16.6 1.1 6 97.0 16.2 1.1 7 97.0 15.8 1.3 8 97.0 18.0 1.7 9 97.0 15.9 0.9

10 97.0 17.7 0.9 11 97.0 18.0 1.4 12 97.0 17.0 0.6 13 97.0 17.8 0.9 14 97.0 17.6 1.1 15 97.0 17.0 1.3 16 97.0 16.9 1.0 17 97.2 16.8 1.3 18 97.2 17.7 1.0 19 97.2 18.3 1.1 20 97.2 17.2 0.8 21 97.2 15.6 0.9 22 97.2 17.3 0.8 23 97.1 16.9 0.5 24 97.1 17.1 1.4 25 97.2 14.4 1.1 26 97.1 16.4 0.6 27 97.1 17.4 0.8 28 97.1 15.2 0.8 29 97.1 14.2 0.6 30 97.2 17.4 0.9 31 97.1 16.5 1.1 32 97.0 16.5 1.2 33 97.1 17.4 1.1 34 97.0 18.0 0.7 35 97.0 17.5 1.5 36 97.0 17.0 1.1 37 97.0 16.4 0.9 38 97.0 21.1 3.3 39 97.0 18.6 0.9 40 97.0 18.7 1.1 41 97.1 17.2 2.4 42 97.1 13.9 1.5 43 97.1 14.3 1.2 44 96.8 20.9 1.4 45 97.2 20.9 2.2 46 97.2 19.4 3.4 47 97.1 29.1 1.2

Operating ReportPage 23 of 49

1999 Annual Radiological Environmental Wolf Creek Generating Station

TABLE 6 Third and Fourth Quarter TLD Results

(mR/90 day qtr)

Third Quarter Location Days 90 Day 2 std dev

Average

1 90.9 22.3 1.0 2 90.1 22.3 2.0 3 90.1 24.2 1.0 4 91.0 23.0 1.4 5 91.0 20.7 1.1 6 91.0 22.3 2.6 7 91.0 24.3 4.0 8 91.0 23.5 2.9 9 91.0 22.2 3.9

10 91.0 21.6 1.2 11 91.0 25.1 0.9 12 91.0 22.9 3.5 13 91.0 24.7 1.6 14 91.0 23.3 4.3 15 91.0 21.7 1.2 16 91.0 22.3 1.6 17 90.8 22.1 1.8 18 91.1 21.3 1.1 19 91.1 22.9 1.1 20 91.1 21.9 1.6 21 91.1 19.0 0.8 22 91.1 23.2 2.2 23 90.9 21.3 1.0 24 90.9 23.1 2.2 25 90.8 19.6 1.7 26 90.9 21.0 2.9 27 90.9 24.3 1.0 28 90.9 18.5 1.5 29 90.9 17.6 1.4 30 90.8 21.0 1.9 31 91.0 19.1 2.2 32 89.9 19.2 1.2 33 90.8 21.0 2.4 34 90.9 21.6 1.0 35 91.0 20.5 1.7 36 91.0 19.2 1.8 37 90.1 19.5 1.9 38 90.1 20.8 2.6 39 90.0 20.3 1.0 40 90.0 17.1 1.9 41 90.9 20.3 2.4 42 90.1 14.7 1.4 43 90.1 14.2 1.7 44 90.1 20.8 2.0 45 91.0 22.5 1.3 46 90.9 22.8 1.5 47 90.1 31.8 1.6

Fourth Quarter

Location Days 90 Day 2 std dev Average

1 89.3 19.1 1.4 2 90.1 17.3 1.0 3 90.1 18.7 1.0 4 89.2 19.3 1.3 5 89.2 17.9 0.5 6 89.2 17.5 1.3 7 89.3 18.3 0.8 8 89.3 19.8 1.3 9 89.3 17.3 1.0

10 89.3 19.0 0.9 11 89.2 20.6 1.2 12 89.2 19.0 0.8 13 89.3 19.6 0.7 14 89.3 18.9 0.9 15 89.2 19.9 1.6 16 89.2 18.6 1.2 17 89.2 18.6 1.4 18 88.9 19.3 0.9 19 88.9 19.9 1.0 20 89.0 19.1 0.9 21 89.0 16.5 1.0 22 89.0 19.0 0.9 23 90.0 18.2 1.1 24 90.0 18.6 1.5 25 90.0 16.1 1.2 26 90.0 18.9 3.2 27 90.0 18.2 1.7 28 90.0 16.1 0.9 29 90.0 15.1 1.2 30 90.1 18.9 1.6 31 89.9 17.9 0.9 32 91.0 17.6 0.6 33 90.0 19.3 0.6 34 90.0 19.5 1.4 35 89.3 19.1 1.1 36 89.3 20.7 1.3 37 90.1 17.7 1.3 38 90.1 20.7 2.2 39 90.9 18.1 0.8 40 90.9 15.7 1.1 41 89.3 22.0 2.3 42 90.1 14.0 2.7 43 90.1 12.9 1.6 44 90.1 18.7 1.4 45 89.9 22.6 1.8 46 90.0 21.0 4.6 47 90.1 32.2 4.1

Operating ReportPage 24 of 49

1999 Annual Radiological Environmental Wolf Creek Generating Station

TABLE 7 Drinking Water Radiological Analyses

(analysis counting uncertainties reported in Appendix B)


pCi/liter

Location Start Date Gr-B H-3 LW40 01/06/1999 4.2 BW15 01/06/1999 5.9

BW15 (grab) 01/28/1999 4.0 LW40 02/03/1999 3.1 BW15 02/03/1999 4.3 LW40 03/03/1999 4.9 BW15 03/03/1999 4.8 LW40 04/07/1999 3.8 BW15 04/07/1999 5.3 180 LW40 05/05/1999 4.0 BW15 05/05/1999 4.9 LW40 06/02/1999 4.8 BWI5 06/02/1999 5.3 LW40 07/07/1999 6.6 BWI5 07/07/1999 6.5 LW40 08/04/1999 6.6 BW15 08/04/1999 5.4 LW40 09/01/1999 4.7 BW15 09/01/1999 4.6 LW40 10/06/1999 4.5 BW15 10/06/1999 5.5 LW40 11/03/1999 20 BW15 11/03/1999 19 LW40 12/01/1999 6.0 BW15 12/01/1999 5.5

TABLE 8 Surface Water Radiological Analyses

pCi/liter (analysis counting uncertainties reported in Appendix B)

Location Date H-3 DC 01/21/1999 10000 SP 01/21/1999 9600 DC 02/18/1999 11000 SP 02/18/1999 11000 DC 03/18/1999 16000 SP 03/18/1999 12000 DC 04/15/1999 13000 SP 04/15/1999 13000 DC 05/20/1999 13000 SP 05/20/1999 12000 DC 06/10/1999 12000 SP 06/10/1999 12000 DC 07/28/1999 10000 SP 07/28/1999 11000 DC 08/19/1999 11000 SP 08/19/1999 11000 DC 09/16/1999 11000

MUSH 09/16/1999 170 SP 09/16/1999 11000 DC 10/21/1999 11000 SP 10/21/1999 11000 DC 11/18/1999 9600 SP 11/18/1999 10000 DC 12/15/1999 11000 SP 12/15/1999 11000


TABLE 9 Shoreline Sediment Radiological Analyses

pCi/kg, dry (analysis counting uncertainties reported in Appendix B)

Location Date Be-7 J K-40 Cs-137 Ra-226 Th-228 EEA 04/13/1999 5640 1530 654

MUDS 04/30/1999 12200 2830 1140 DC 05/18/1999 6820 1050 688

JRR 06/10/1999 7940 52.2 2230 982 DC 10/01/1999 1520 9000 88.5 2060 1080

JRR 10/01/1999 791 10200 80.3 2210 1390 EEA 11/30/1999 11000 286 1820 1040

MUDS 11/30/1999 9800 2730 1530

TABLE 10 Milk Radiological Analyses

pCi/liter (analysis counting uncertainties reported in Appendix B)

Milk was not collected during 1999.

TABLE 11 Broadleaf Vegetation Radiological Analyses

pCi/kg, wet (analysis counting uncertainties reported in Appendix B)

Type ]FLocation Date Be-7 [ K-40 ] Cs-137 Th-228 CABBAGE S-4 05/26/1999 101 3660 LETTUCE E-1 05/27/1999 188 6220

HORSERADISH LEAVES F-I 05/27/1999 400 3870 12.4 LETTUCE E-1 06/30/1999 172 3000

HORSERADISH LEAVES F-I 06/30/1999 356 4720 CABBAGE G-1 06/30/1999 537 4070 35.8 CABBAGE S-4 06/30/1999 392 3560

SQUASH/CORN LEAVES E-1 07/28/1999 2360 7450 CABBAGE S-4 07/28/1999 396 5430

HORSERADISH LEAVES F-I 08/25/1999 459 5400 TURNIP GREENS G-1 08/25/1999 215 5040

CABBAGE S-4 08/25/1999 538 4310 TURNIP GREENS G-1 09/22/1999 698 4420

CABBAGE S-4 09/22/1999 913 3130 TURNIP GREENS G-1 10/27/1999 478 2980

CABBAGE S-4 10/27/1999 507 3450 TURNIP GREENS G-1 11/30/1999 195 6410 CARROT GREENS S-4 11/30/1999 457 8370

RHUBARB LEAVES S-4 11/30/1999 513 5980


TABLE 12 Crop Radiological Analyses


Type Location Date K-40 CORN (irrigated) NR-UI 11/08/1999 2940 CORN (irrigated) NR-D1 11/03/1999 2690

CORN (not irrigated) NR-D2 11/03/1999 2870 SOYBEANS (not irrigated) NR-D2 11/03/1999 15000

TABLE 13 Fish Radiological Analyses


Species ] Location Date K-40 Cs-137 H-3 COMMON CARP JRR 05/18/1999 3410

CHANNEL CATFISH JRR 05/18/1999 3080 SM BASS WCL 05/26/1999 3620 21.8 10000

FLATHEAD CATFISH WCL 05/26/1999 3580 11000 CHANNEL CATFISH WCL 05/26/1999 3300 6500

COMMON CARP WCL 05/26/1999 2960 6100 FRESHWATER DRUM JRR 10/01/1999 3330

WHITE CRAPPIE JRR 10/01/1999 3330 CHANNEL CATFISH JRR 10/01/1999 3110 CHANNEL CATFISH WCL 10/12/1999 2960 4500

SM BUFFALO WCL 10/12/1999 2520 5200 WHITE BASS WCL 10/12/1999 3360 5500

WIPER WCL 10/12/1999 3590 3200 WALLEYE WCL 10/12/1999 3320 40.7 4600

COMMON CARP WCL 10/12/1999 3040 3600

TABLE 14 Bottom Sediment Radiological Analyses


Location] Date ] Be-7 [ K-40 I Co-60 I Sb-125 I Cs-137 I Ra-226 I Th-228 DC 05/18/1999 454 10600 525 262 1870 1340 DC 05/18/1999 838 9910 531 363 220 1480 998

JRR 06/24/1999 14900 161 1830 1240 DC 10/01/1999 687 11800 663 307 2460 1130

JRR 10/01/1999 538 15900 129 2180 1430


TABLE 15 Aquatic Vegetation Radiological Analyses


Location Type Date Be-7 K-40 Co-58 Co-60 Cs-137 Ra-226 Th-228

EEA ALGAE/ 04/13/1999 465 923 13.4 177 64.4 DUCKWEED

EEA CATTAIL/ 04/13/1999 2110 74 SMARTWEED

DC ALGAE 05/18/1999 753 3600 110 37.2 40.1 199 156

DC ALGAE 05/18/1999 559 3030 37.4 15.9 23 118

DC ALT AMERICAN 10/01/1999 2260 2090 228 LOTUS

TABLE 16 Terrestrial Vegetation Radiological Analyses


Type Locat ion7 Date I Be-7 K-40 GRASS EEA 04/13/1999 2690 6810 GRASS MUDS 04/30/1999 4160 4620 GRASS EEA 10/20/1999 4720 13900 GRASS MUDS 11/30/1999 19300 1030

TABLE 17 Soil Radiological Analyses


Location Date Be-7 K-40 Cs-137 Ra-226 Th-228 MUDS 06/10/1999 672 11100 195 1780 1330 EEA 06/10/1999 1340 10100 150 1940 1030 EEA 10/20/1999 9210 124 1800 1140

MUDS 11/30/1999 11000 404 1800 1120 EEA 11/30/1999 11500 187 1500 1010


TABLE 18 1999 Land Use Census Data

Location of Nearest:

Locations are identified EXAMPLE: A1.4-16RD1525

based upon the following protocol:

First letter is based upon sector, thus "A" designates this residence is in sector A.

The number immediately following the first letter designates the distance (in miles) from the powerblock.

The characters following the dash represent a unique identifier based upon location address.

The example is in sector A, 1.4 miles from the plant, at 1525 16th Road.


Sector T Residence Milk Animal Broadleaf Garden

A A2.6-17TE1520 None None

B B3.I-QURDI712 None B3.6-QURDI755

C CI.9-16RD1655 None C3.6-RERDI675

D D2.I-QULAI571 None D2.I-QULAI571

E EI.8-QULAI485 None El.8-QULAl485

F FI.6-14RD1711 None FI.8-14RD1730

G GI.6-QURD1384 None Gl.G-QURDI384

H H3.1-12RD1711 None H4.85-10RD1698

J J3.3-OXLAII41 None J3.8-11RD1535

K K2.6-12LA1439 None K4.I-NARDII20

L L2.4-NARDI339 None L2.6-NARD1309

M M1.8-NARD1441 None M2.4-14RD1321

N N2.5-HW751439 None N3.1-HW751434

P P2.7-16RD1255 None P2.8-HW751534

Q QI.4-NALA1574 None Q3.2-17RD1310

R R4.4-NARDI891 None None

TABLE 19 Comparison of 1998 and 1999 Land Use Census Milk and Garden Data

SECTOR 1998 1999 1998 CLOSEST 1999 CLOSEST D/Q MILKING MILKING GARDEN GARDEN PRODUCING RANKING ANIMALS ANIMALS PRODUCING BROADLEAF

BROADLEAF VEGETATION VEGETATION

A none none none none

B none none B3.6-QURD1755 B3.6-QURD1755 4

C none none C1.9-16RD1655 C3.6-RERD1675 14

D none none D2.1-QULAl571 D2.1-QULA1571 10

E none none E1.8-QULA1485 E1.8-QULA1485 3

F none none F1.8-14RD1730 F1.8-14RD1730 2

G none none G1.6-QURD1384 G1.6-QURD1384 1

H none none H4.85-10RD1698 H4.85-10RD1698 13

J none none J3.8-11RD1535 J3.8-11RD1535 9

K none none K4.1-NARD1120 K4.1-NARD1120 12

L none none L2.6-NARD1309 L2.6-NARD1309 8

M none none M2.6-HW751423 M2.4-14RD1321 5

N none none N3.1-HW751434 N3.1-HW751434 11

P none none P4.7-KARDI675 P2.8-HW751534 6

Q none none Q3.2-17RD1310 Q3.2-17RD1310 7

R none none none none

NOTE: Underlined entries indicate changes from the 1998 Land Use Census.


TABLE 20 ERA Statistical Summary Proficiency Testing (PT) Program - 1999

Date / Nuclide ERA TBE Expected Control Warning Performance TI #s Known Result Dev. Limits Limits Evaluation

Value (b) Known (d) (e) (f) (a) (pCi/l) (c) (pCi/l) (pCi/l)

(pCi/l) (pCi/l) 08/23/99 U(NAT) 12.4 13.0 3.00 7.20-17.6 8.94-15.9 A 1181111813 08/20/99 Ra-226 7.21 7.37 1.08 5.34-9.08 5.96-8.46 A 1181111813 08/23/99 Ra-228 4.51 7.17 1.13 2.57-6.45 3.21-5.81 NA (g) 1181111813 08/24/99 Sr-89 26.6 25.0 5.00 17.9-35.3 20.8-32.4 A 1180811810 08/24/99 Sr-90 40.2 39.7 5.00 31.5-48.9 34.4-46.0 A 1180811810 09/15/99 Gr-A 48.6 30.3 12.2 27.7-69.5 34.6-62.6 CE (h) 1305813060 09/14/99 Gr-B 20.0 22.0 5.00 11.3-28.7 14.2-25.8 A 1306113063 09/01/99 H-3 6130 5530 613 5090-7170 5420-6840 A 1442514427

Footnotes: a) The ERA Known Value is equal to 100% of the parameter present in the

standard as determined by gravimetric and/or volumetric measurements made during standard preparation.

b) Average ±1 sigma. c) Established per the guidelines contained in the EPA's National Standards

for Water Proficiency Testing Criteria Document, December 1998, as applicable.

d) Established per the guidelines contained in the EPA's National Standards for Water Proficiency Testing Criteria Document, December 1998, as applicable.

e) Established per the guidelines contained in the EPA's National Standards for Water Proficiency Testing Criteria Document, December 1998, as applicable.

f) A = Acceptable (reported result falls within the warning limits) NA = Not Acceptable (reported result falls outside of the control limits) CE = Check for error (reported result falls within the control limits and outside of the warning limits)

g) A calculation error was made by not correcting for Ra-226 content. If this correction is made, an average result of 5.7 pCi/l is obtained which is in the acceptance region.

h) The low value is attributed to greater self-absorption characteristics of the sample matrix compared to those of the calibration matrix. This source of bias is often observed in gross alpha measurements, nevertheless, the average result is within the control region (but also in the warning region).


TABLE 21 Analytics Cross Check Comparison Program 1999

Sample Medium Nuclide Teledyne Brown Analytics Ratio ID/ Date Engineering Result (b) (c)

Result (a) E1823-396 Water Sr-89 60+ 5 69+ 3 0.87 TI #09576 Sr-90 35+ 2 46+ 2 0.76 06/24/99

Water Gr-A Gr-B

Water 1-131 Ce-141 Cr-51 Cs-134 Cs-137 Mn-54 Fe-59 Zn-65 Co-60

Filter Ce-141 Cr-51 Cs-134 Cs-137 Mn-54 Fe-59 Zn-65 Co-60

E1824-396 TI #09577 06/24/99

E1825-396 TI #09578 06/24/99

E1826-396 TI #09579 06/24/99

E1827-396 TI #09580 06/24/99

Ce-141 Cr-51 Cs-134 Cs-137 Mn-54 Fe-59 Zn-65 Co-60

160+ 300+

77+ 139+ 162+

86+ 167+

77+ 40+

113+ 179+

169+ 241+ 105+ 211+

96+ 55+

144+ 214+

0.274+ 0.374+ 0.200+ 0.450+ 0.153+ 0.118+ 0.206+ 0.351+

10 98+ 5 10 290+ 15

13 14 42

9 17

8 9

12 18

17 24 10 21 10

8 14 21

0 .027 0 .103 0.020 0 .045

0.015 0. 022 0.021 0.035

68+ 134+ 172+

92+ 151+

68+ 38+ 98+

171+

162+ 208+ 111+ 182+ 82+ 46+

118+ 206+

0.269+ 0.345+ 0. 184+ 0.429+ 0.136+ 0.077+ 0.196+ 0.343+

3 7 9 5 8 3 2 5 9

8 10

6 9 4 2 6

10

0.013 0.017 0.009 0.021 0.007 0.004 0.010 0.017

a) Teledyne Results - counting uncertainty is two standard deviations. Units are pCi/liter for water. For gamma results, if two standard deviations are less than 10%, then a 10% counting uncertainty is reported. Units are total pCi for air particulate filters. Units are pCi/gram for soil, which has been added to the program for 1999.

b) Analytics Result - Average ±1 sigma c) Ratio of Teledyne Brown Engineering to Analytics results. Acceptance

criteria are based on USNRC acceptance criteria described in USNRC Procedure 84750 dated March 15, 1994.

d) A high gross alpha result was obtained because the calculation was mistakenly performed using Th-230 counting efficiency. If the normal Am-241 calibration were used, the reported value would have been 110 + 10 pCi/liter, which is an acceptable value.

e) Random or coincidental summing caused the problem. Two other energy lines can sum a peak on the same energy band causing more counts to be thrown in. The key line was changed and the resulting value was 0.079, which is in agreement with Analytics.


Soil

1. 63 (d) 1.03

1.13 1. 04 0 .94

0 .93 1.11 1. 13 1. 05 1.15 1.05

1.04 1.16 0.95 1.16 1.17 1.20 1.22 1.04

1.02 1.08 1.09 1.05 1.13

1. 53 (e) 1.05 1.02

Footnotes:

TABLE 22 Dosimetry Performance Testing Results

NATIONAL VOLUNTARY LABORATORY ACCREDITATION PROGRAM PERSONNEL DOSIMETRY PERFORMANCE TESTING

SUMMARY OF STATISTICAL RESULTS

PROCESSOR NAME: PROCESSOR CODE:

DOSIMETER DESCRIPTION: TEST RESULTS FOR QUARTER:

TESTING STATUS: TYPE OF DOSIMETER

REPORT PRINTED:

DETROIT EDISON COMPANY 100529 B PANASONIC UD-802AS/ISA 820 199804 RENEWAL WHOLEBODY 28 January 1999

SHALLOW DEPTH DEEP DEPTH CATEGORY B S IBI + S L B S IBI + S L

01 NO TEST 0.025 0.092 0.117 0.30

02 NO TEST -0.013 0.123 0.136 0.30

3A 0.060 0.114 0.173 0.50 0.070 0.085 0.155 0.50

3B

04 NO TEST 0.029 0.110 0.139 0.50

5A NO TEST

5B NO TEST

5C 0.043 0.086 0.129 0.50 NO TEST

06 0.087 0.083 0.170 0.50 0.109 0.123 0.232 0.50

07 -0.038 0.087 0.125 0.50 -0.053 0.095 0.148 0.50

08-TOTAL NO TEST -0.017 0.086 0.103 0.50

08-NEUTRON NO TEST -0.036 0.088 0.124 0.50

09

B = Bias S = Standard Deviation L = Limit

The laboratory successfully completed ANSI N13.11(1993)/NVLAP testing in categories I, II, III(A), IV, V(C), VI, VII and VIII.


FIGURE 1

AIRBORNE PATHWAY SAMPLING LOCATIONS* = AIRBORNE PARTICULATE AND RADIOIODINE


FIGURE 2

DIRECT RADIATION PATHWAY SAMPLING 0 =TLD LOCATIONS


LOCATIONS

Page 36 of 49

FIGURE 3

WATERBORNE PATHWAY SAMPLING * = DRINKING WATER A = SURFAC

* = GROUND WATER * = SHOREI * - BOFTOM SEDIMENT = AQUATI


LOCATIONS,E WATER

LINE SEDIMENT C VEGETATION /ALGAE

Page 37 of 49

FIGURE 4

INGESTION A = FISH (JRR)

PATHWAY SAMPLING LOCATIONS 0 = BROADLEAF VEGETATION /IRRIGATED CROPS

S= FISH (WCL)

4 = TERRESTRIAL VEGETATION AND SOIL


FIGURE 5

DISTANT SAMPLING LOCATIONS

s = DRINKING WATER

"* = AIRBORNE PARTICULATE & RADIOIODINE * = BROADLEAF VEGETATION/ IRRIGATED CROPS


*= TLD

1999 Airborne Gross Beta Weekly Results

%DP

ID 0

01.

M,

H1-0) UQ

LQH.

(D3

00

CT

rtP

0

rt

0

rt

I-I

32 36 40 44 48 52

F 1:3 Location 2 * Location 3 + Location 32 A Location 37 -K Location40

0.060

0.050

"E o 0.040

3

0.030

o 0.020

0

0.010

0.0000 4 8 12 16 20 24 28

Week Number

H 0

6V go TV asvd UOTW1?S BUT•va~u9D N aD JTOM qaodaU BUTrpaad0 TleU1uUOaTAUa TIOTOTOiTpVH TInuuV 6661

0

0

I Cl 0 0 rt

Ft (D

CD

c I-I

0

CD

0

0

Ft

(

ct

0

0

I'

rt

0 0

Ftl ul

Smoothed (Avg of 20) Gross Beta (in pCi/cubic meter)

o 0 o o o 0 0

01/22/1985

01/21/1986

01/20/1987

01/19/1988

01/17/1989

01/16/1990

01/15/1991

01/14/1992

01/12/1993

01/11/1994

01/10/1995

01/09/1996

01/06/1997

01/06/1998

01/06/1999

L HUMIAI

-- 0

ii

__ __

r :3 4 Hr

0

0

0 I..,

DO 0 Ii

0

0 0

o"

-3,

to

0

0

00

0

rr

0

0 Mi

0)

(D~

mrtH

H- 0)

P)0 rtH

H- 0

SH

0

0

rt

0

rt

(0 10

rt

Lo

0 -ti

Iml H

FIGURE 9

1999 Annual Radiological Environmental Operating Report Wolf Creek Generating StationPage 43 of 49

EH 0b

M %Drinking Water Gross Beta, Historical

Occurred at same time as sample H deviation described in 1990

5 0 5 0-.. ... . .. .... . .... ..... ...... .... ......... ................................................... . .... ...................................... ........ .. 50 Annual Report

)00 L-Q I--'P-0

0)

H-OI

0.

0

'~30 H

So 3 0

•, ~ ~ 20 - ----- t. D k " " o 0• O --- -" ------------------- --- -- r-- --- ----- o'

ft

00

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I1) M 0 w % t~- r- OD0 ON~ 0 0 H C14 M~ fnI Vl ) Ln w. w. r- - CD OD 0) OD OD OD oo OD 00 00 00 CID m m m 0m 0m 0m 0m 0m a% 0 0m 0 07% 0M 0) M1 0)

S t I II I I I I I I I I I I I I I I I I I I I I I

0 LA 0) H rN L H LA N- w. M w Ml , 10 (N 0 OD Cl q Ln m H CD W. (N N0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Hl 0 0 0 0 0 0 H 0 0 0

I I I I I I I I I I I I I I I I I I I I I I I I I S(N 0"1 '* 0 LA (N N (N 01 .1 H '0 H Co Cl • '. H CD Cl 0) .• H / LA (N

.O 0 0 H 0 H- 0 0 0 0 H 0 0 0 0 H 0 0 0 0 0 0 H 0 H• 0

I ------ BW15 (Control) - LW40 (Indicator)

UOT4PS BUT4PZaaUD NqaaD JTOM qaodau 6UTqaado TP4UWUOaTAUE TPOTSOOpe Tmnuuv 666T

pCi/liter COCA -4 (0 CA)& S 0000

0 0 0 0 0 0 0 0 0

04/16/1985 03/18/1986 08/19/1986 01/20/1987 06116/1987 11/17/1987 04/1911988 0912011988 o 02/21/1989 07/18/1989 0C

12/19/1989 -C. w 05/15/1990 "

10/16/1990 .- 0 03/19/1991

C40

08/20/1991 01/21/1992

00

06/23/1992 , 11/17/1992 04/20/1993 09/2111993 02/15/1994 00 07121/1994 :r 12/22/1994 - 0.

05M16/1995 10/24/1995 03/26/1996 0

08/22/1996 01/21/1997 06/17/1997 11/21/1997 04/21/1998 09/24/1998 02M18/1999 07/28/1999 12/15/1999

TT IEflDIA

6v gO 9f aseCdUOTIPqs 5UTqooauaO 3f9623 6O6

~aoea ur~edoTe~eu1O~Atua TEOTEOTOrpVH TnUUUV 6661

Curies

04/16/1985

04115/1986

10/21/1986

04/21/1987

10/20/1987.

04/19/1988

10/18/1988

04/18/1989

10/18/1989

04/17/1990

10/16/1990

04/16/1991

10/15/1991

04/17/1992

10/20/1992

04/20/1993

10/19/1993

04/19/1994

10/18/1994

04/25/1995

10/24/1995

04/23/1996

10/23/1996

04/22/1997

10/21/1997

04/21/1998

10/22/1998

04/15/1999

10/21/1999

0

N, 0

A 0

0, 0 0 03

CD 00 0 0

.3 0 0 0

0

* .1i

I.

! •

f 0

;D (D

.9

CL

C) C

* r

-.5

C a:

*

*

iI.

i.

fl Zanf~dl

FIGURE 13

66M1.0/01.

S 86/61Z/60

86/I, W./S0

* 9641.0/90

* ~96/8 WO1 1.

*86196./ W90

* 1*6191/0 I. o * *6/19190

(CJ • £6/1/160

L £6101*0

03 06/914 WO

S• 89/810 Wo CO

rCh€• 99/6 W.1o

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*0 98/80160 t o 0 in 0 ol 0 o o o Co C0 o o N o Y

Aip '6)1l!Od

1999 Annual Radio-logical Env-ironmenztal Operating Report Wolf creek Generating station .. .Page 47 of 49

Tritium in Wolf Creek Lake Fish0 D~

(D~

00

En P)

0

(10

H.

rr~z

0

rtlob

to

0)0 ) U) LO U) U) ) 0w ) 0) 0) t- 0)_ 0- w 0 0 0 0) 0) 0

I-~~~ -,V a a

14500

12500

10500

S8500

650

4500

2500

500

hd

H

&I.

0 W Tritium Dose in WCL Surface Water and Released Liquid Tritium Maximum Organ Dose

0.600

(D~ M

(D ý

' 0 0.500 •E D

H. 0 :-4--MAX ORGAN DOSE (RELEASED)

0

rt F

O 0.400

S\H

0

5

H

oooo

1D H-H

0.300

0

Ct

0.200 (D

0

V0.1000 18 197 18 99 19S91 19U99 94 19 96 19 98 19

YEAR

Appendix A

Summary Tables in the format of NRC Radiological Assessment Branch Technical Position

Revision 1, November 1979

Page A-1

RADIOLOGICAL ENVIRONMENTAL MONITORING PROGRAM SUMMARY Name of Facility: Wolf Creek Generating Station Docket No.: 50-482

Location of Facility: Coffey County, Kansas Reporting Period: Annual 1999

Medium of ODCM Pathway Sampled Analysis and Lower All Indicator Indicator Number of

Total Number of Limit of Locations Location with Highest Annual Mean Control Locations Nonroutine (Unit of Analysis Detection ** Mean (f) Name ** Mean (f) ** Mean (f) Reported Measurement) Performed (LLD) ** Range Distance and Direction ** Range ** Range Measurements **

Air Particulate (X10-3 pCi/Cu.M.)

Gross Beta (260)

1-131 (260)

10 25 (208/208) (9.8-48)

70 - (0/208)

37 2.1 miles NNW

N/A

26 (52/52) (14-48)

N/A

Station No. 40 26 (52/52) (14-49)

- (0/52)

Gamma (20)

37 2.1 miles NNW

3 3.0 miles NNE

0.215 (360/360) (0.143-0.358)

47 .16 miles S

0.330 (8/8) (0.284-0.358)

Stations 39 & 40

0.203 (16/16) (0.175-0.226)

Water Surface (pCi/l) Gamma (36)

Tritium (36)

-(0/24)

3000 11383 (24/24) (9600-16000)

N/A N/A

DC 0.6 miles WNW

11550 (12/12) (9600-16000)

** Mean and range based upon detectable measurements only. Fraction of detectable measurements at specified locations is indicated in parentheses (f)

Be-7

K-40

83 (16/16) (61-108)

4(1/16)

0

0

External Radiation (mR/day)

87 (4/4) (76-105)

4(1/16)

TLD (376)

80 (4/4) (60-92)

- (0/4)

0

0

0

MUSH -(0/12)

170 (1/12)

0

0





Water Ground (pCi/l)

Water Drinking (pCi/1)

Shoreline Sediment (pCi/kg dry)

1-131 (20)

Gamma (20)

Tritium (20)

1-131 (25)

Gross Beta (25)

Gamma (25)

Tritium (8)

Gamma (8)

3000

4

2000

Be-7

K-40

Cs-137

Ra-226

Th-228

180

-(0/16)

-(0/16)

-(0/16)

-(0-12)

6.1 (12/12) (3.1-20.0)

-(0/12)

-(0/4)

1520 (1/6)

9077 (6/6) (5640-12200)

187.3 (2/6) (88.5-286)

2003 (6/6) (1050-2830)

1022 (6/6) (654-1530)

N/A

N/A

N/A

N/A

N/A

N/A

N/A

N/A

LW-40 >10.0 miles SSE

N/A

N/A

DC 0.6 miles WNW

MUDS 1.5 miles WNW

EEA 3.0 miles NNW

MUDS 1.5 miles WNW

MUDS 1.5 miles WNW

B-12 -(0/4)

-(0/4)

-(0/4)

BW-15 -(0/13)

6.1 (12/12) 6.2 (13/13) (3.1-20.0) (4.0-19.0)

N/A

N/A

-(0/13)

180(1/4)

JRR

1520(1/6)

11000(2/2) (9800-12200)

286(1/2)

2780 (2/2) (2730-2830)

1335 (2/2) (1140-1530)

791 (1/2)

9070 (2/2) (7940-10200)

66.2 (2/2) (52.2-80.3)

2220 (2/2) (2210-2230)

1186 (2/2) (982-1390)


0

0

0

0

0

0

0

0

0

0

0

0

1





3225 (10/10) (2520-3620)

31(2/10) (21.8-40.7)

6020 (10/10) (3200-11000)

WCL 0.6 miles

WCL 0.6 miles

WCL 0.6 miles

3225 (10/10) (2520-3620)

31(2/10) (21.8-40.7)

6020 (10/10) (3200-11000)

Food and Garden Gamma (19) Crops (pCi/kg wet) Be-7

K-40

Cs-137

Th-228

Feed & Forage (pCi/kg wet)

80

Gamma (4)

K-40

S-4

551 (11/11) (172-2360)

4871 (11/11) (2980-7450)

12.4(1/11)

35.8(1/11)

6853(3/3) (2690-15000)

E-1 1.8 miles E

E-1 1.8 miles E

F-i 1.8 miles ESE

G-1 1.6 miles SE

NR-D2 >10 miles S

907 (3/3) 477 (8/8) (172-2360) (101-913)

5557 (3/3) (3000-7450)

12.4 (1/3)

35.8 (1/5)

8935 (2/2) (2870-15000)

4736 (8/8) (3130-8370)

-(0/8)

-(0/8)

NR-Ul

2940 (1/1)


Fish (pCi/kg wet)

Gamma (15)

K-40

Cs-137 150

Tritium (15)

JRR

3252 (5/5) (3080-3410)

-(0/5)

-(0/5)

0

0

0

0

0

0

0

0




Total Number of Limit of Locations Location with Highest Annual Mean Control Locations Nonroutine (Unit of Analysis Detection ** Mean (f) Name ** Mean (f) ** Mean () Reported Measurement) Performed (LLD) ** Range Distance and Direction ** Range ** Range Measurements **

Bottom Sediment (pCi/kg dry)

JRR

660 (3/3) (454-838)

10770 (3/3) (9910-11800)

573 (3/3) (525-663)

363 (1/3)

263 (3/3) (220-307)

1937 (3/3) (1480-2460)

1156(3/3) (998-1340)

DC 0.6 miles WNW

DC 0.6 miles WNW

DC 0.6 miles WNW

DC 0.6 miles WNW

DC 0.6 miles WNW

DC 0.6 miles WNW

DC 0.6 miles WNW

660 (3/3) (454-838)

10770 (3/3) (9910-11800)

573 (3/3) (525-663)

363 (1/3)

263 (3/3) (220-307)

538 (1/2)

15400 (2/2) (14900-15900)

- (0/2)

- (0/2)

145 (2/2) (129-161)

1937 (3/3) 2005 (2/2) (1480-2460) (1830-2180)

1156(3/3) 1335 (2/2) (998-1340) (1240-1430)

0

0

0

0

0

0

0


Gamma (5)

Be-7

K-40

Co-60

Sb-125

Cs-137

Ra-226

Th-228





No Control

1009 (4/5) (465-2260)

2351 (5/5) (923-3600)

73.7 (2/5) (37.4-110)

26.6 (2/5) (15.9-37.2)

25.5 (3/5) (13.4-40.1)

201 (3/5) (177-228)

103.1 (4/5) (64.4-156)

DC ALT 1.5 miles NW

DC 0.6 miles WNW

DC 0.6 miles WNW

DC 0.6 miles WNW

DC 0.6 miles WNW

DC ALT 1.5 miles NW

DC 0.6 miles WNW

2260 (1/1)

3315 (2/2) (3030-3600)

73.7 (2/2) (37.4-110)

26.6 (2/2) (15.9-37.2)

31.6 (2/2) (23-40.1)

228 (1/1)

137 (2/2) (118-156)

0

0

0

0

0

0

0


Vegetation Aquatic (pCi/kg wet)

Gamma (5)

Be-7

K-40

Co-58

Co-60

Cs-137

Ra-226

Th-228




Total Number of Limit of Locations Location with Highest Annual Mean Control Locations Nonroutine (Unit of Analysis Detection ** Mean () Name ** Mean (f ** Mean (f) Reported Measurement) Performed (LLD) ** Range Distance and Direction ** Range ** Range Measurements **

7718 (4/4) (2690-19300)

6590 (4/4) (1030-13900)

1006 (2/5) (672-1340)

10582 (5/5) (9210-11500)

212 (5/5) (124-404)

1764 (5/5) (1500-1940)

1126(5/5) (1010-1330)

MUDS 1.5 miles WNW

EEA 3.0 miles NNW

EEA 3.0 miles NNW

MUDS 1.5 miles WNW

MUDS 1.5 miles WNW

MUDS 1.5 miles WNW

MUDS 1.5 miles WNW

11730(2/2) (4160-19300)

10355(2/2) (6810-13900)

1340 (1/3)

11050 (2/2) (11000-11100)

300 (2/2) (195-404)

1790 (2/2) (1780-1800)

1225 (2/2) (1120-1330)


Vegetation Terrestrial (pCi/kg wet)

Soil (pCi/kg dry)

No ControlGamma (4)

Be-7

K-40

Gamma (5)

Be-7

K-40

Cs-137

Ra-226

Th-228

0

0

No Control

0

0

0

0

0

Appendix B

1999 Individual Sample Results

Page B-I

Wolf Creek Nuclear Operating Corporation

Charcoal Filters

STATION NUMBER 02

Collection Start Collection Stop Volume Mid-Count 1-131 Activity Date Date CC Date (pCi/Cu.M.)

0106* 0106 0113 0120 0128 0203 0210 0216 0225 0303 0311 0317 0323 0331 0407 0414 0421 0428 0505 0513 0519 0519* 0526 0602 0609

0113 0113 0120 0128 0203 0210 0216 0225 0303 0311 0317 0323 0331 0407 0414 0421 0428 0505 0513 0519 0526 0526 0602 0609 0617

2.80E 08 2.80E 08 2.50E 08 3.40E 08 2.70E 08 3.OOE 08 2.60E 08 3.80E 08 2.60E 08 3.50E 08 2.50E 08 2.60E 08 3.50E 08 3.OOE 08 3.OOE 08 3.OOE 08 2.90E 08 3.OOE 08 3.40E 08 2.60E 08 3.10E 08 3.10E 08 3.OOE 08 3.10E 08 3.30E 08

01/19

01/18 01/25 02/01 02/05 02/16 02/18 02/26 03/05 03/15 03/22 03/24 04/01 04/12 04/15 04/23 04/30 05/08 05/17 05/21 05/28 06/01 06/07 06/14 06/22

L.T. 1. E-02

L.T. 2. E-02 L.T. 1. E-02 L.T. 1. E-02 L.T. 9. E-03 L.T. 1. E-02 L.T. 1. E-02 L.T. 7. E-03 L.T. 1. E-02 L.T. 1. E-02 L.T. 3. E-02 L.T. 2. E-02 LIT. 8. E-03 L.T. 1. E-02 L.T. 9. E-03 L.T. 2. E-02 L.T. 1. E-02 L.T. 2. E-02 L.T. 1. E-02 L.T. 1. E-02 L.T. 9. E-03 L.T. 2. E-02 L.T. 2. E-02 L.T. 1. E-02 L.T. 1. E-02

* Duplicate


Charcoal Filters

STATION NUMBER 02


0617 0624 0630 0707 0714 0721 0728 0804 0811 0818 0825 0831 0908 0915 0922 0929 1006 1006* 1014 1020 1027 1103 1111 1118 1124

0624 0630 0707 0714 0721 0728 0804 0811 0818 0825 0831 0908 0915 0922 0929 1006 1014 1014 1020 1027 1103 1111 1118 1124 1201

3.OOE 08 2.60E 08 3.10E 08 2.90E 08 3.OOE 08 2.80E 08 2.90E 08 2.90E 08 3.OOE 08 3.10E 08 2.60E 08 3.20E 08 3.OOE 08 2.90E 08 2.90E 08 3.OOE 08 3.30E 08 3.30E 08 2.60E 08 2.90E 08 2.90E 08 3.40E 08 2.90E 08 2.50E 08 3.OOE 08

06/29 07/02 07/10 07/15 07/22 07/30 08/07 08/13 08/19 08/27 09/02 09/13 09/17 09/25 10/02 10/10 10/18 10/19 10/23 10/29 11/08 11/15 11/22 11/29 12/04

L.T. 1. E-02 L.T. 1. E-02 L.T. 1. E-02

L.T. 1. E-02

L.T. 1. E-02

L.T. 2. E-02

L.T. 2. E-02

L.T. 9. E-03

L.T. 1. E-02

L.T. 1. E-02

L.T. 1. E-02

L.T. 2. E-02

L.T. 9. E-03

L.T, 1. E-02

L.T. 2. E-02

L.T. 2. E-02

L.T. 1. E-02

L.T. 2. E-02

L.T. 1. E-02

L.T. 1. E-02

L.T. 2. E-02

L.T. 2. E-02

L.T. 2. E-02

L.T. 2. E-02

L.T. 1. E-02

* Duplicate


Charcoal Filters

STATION NUMBER 02


1201 1208 1215 1222 1229

1208 1215 1222 1229 0105

3.OOE 08

3.OOE 08

3.OOE 08

3.OOE 08

3.10E 08

12/10

12/20

12/24

01/03

01/07

L.T. 1. E-02 L.T. 2. E-02 L.T. 9. E-03 L.T. 1. E-02 L.T. 1. E-02

* Duplicate


Charcoal Filters

STATION NUMBER 03

Collection Start Collection Stop Volume Mid-Count 1-131 Activity

Date Date CC Date (pCi/Cu.M.)

ninR

0113 0120

0128

0203

0203*

0210

0216

0225

0303

0311

0317

0323

0331

0407

0414

0421

0428

0505

0513

0519

0526

0602

0609

0617

U013

0120

0128

0203

0210

0210

0216

0225

0303

0311

0317

0323

0331

0407

0414

0421

0428

0505

0513

0519

0526

0602

0609

0617

0624

2.90E 08 2.70E 08 3.20E 08 2.60E 08 2.70E 08 2.70E 08 2.70E 08 4.10E 08 2.70E 08 3.60E 08 2.60E 08 2.70E 08 3.60E 08 3.10E 08 3.00E 08 3.20E 08 2.80E 08 2.70E 08 3.20E 08 2.60E 08 3.10E 08 2.90E 08 3.OOE 08 3.20E 08 2.90E 08

01/18 01/25

02/01

02/05

02/16

02/17

02/18

02/26

03/05

03/15

03/22

03/24

04/01

04/12

04/15

04/23

04/30

05/08

05/17

05/21

05/28

06/07

06/14

06/22

06/29

L.T. 2. E-02

L.T. 1. E-02

L.T. 1. E-02

L.T. 1. E-02

L.T. 2. E-02

L.T. 1. E-02

L.T. 1. E-02

L.T. 6. E-03

L.T. 1. E-02

L.T. 1. E-02

L.T. 3. E-02

L.T. 1. E-02

L.T. 8. E-03

L.T. 1. E-02

L.T. 9. E-03

L.T. 1. E-02

L.T. 1. E-02

L.T. 2. E-02

L.T. 1. E-02

L.T. 1. E-02

L.T. 9. E-03

L.T. 2. E-02

L.T. 1. E-02

L.T. 1. E-02

L.T. 1. E-02

* Duplicate


Charcoal Filters

STATION NUMBER 03


0617" 0624 0630 0707 0714 0721 0728 0804 0811 0818 0825 0831 0908 0915 0922 0929 1006 1014 1020 1027 1103 1103' 1111 1118 1124

0624

0630

0707

0714

0721

0728

0804

0811

0818

0825

0831

0908

0915

0922

0929

1006

1014

1020

1027

1103

1111

1111

1118

1124

1201

2.90E 08 2.60E 08 3.10E 08 2.90E 08 3.OOE 08 2.90E 08 3.OOE 08 3.OOE 08 3.OOE 08 3.10E 08 2.70E 08 3.30E 08 3.10E 08 2.90E 08 3.OOE 08 3.1OE 08 3.40E 08 2.60E 08 3.OOE 08 3.OOE 08 3.50E 08 3.50E 08 3.OOE 08 2.60E 08 3.00E 08

06/30 07/02 07/10 07/15 07/22 07/30 08/07 08/13 08/19 08/27 09/02 09/13 09/17 09/25 10/02 10/10 10/18 10/23 10/29 11/08 11/15 11/16 11/22 11/29 12/04

L.T. 2. L.T. 1.

L.T. 1. L.T. 1. L.T. 1. L.T. 2. L.T. 2.

L.T. 9.

L.T. 1. L.T. 1.

L.T. 1. L.T. 2.

L.T. 9. L.T. 1. L.T. 2. L.T. 2. L.T. 1. L.T. 1.

L.T. 1.

L.T. 2. L.T. 2. L.T. 1.

L.T. 2. L.T. 2. L.T. 1.

E-02 E-02 E-02 E-02 E-02 E-02 E-02 E-03 E-02 E-02 E-02 E-02 E-03 E-02 E-02 E-02 E-02 E-02 E-02 E-02 E-02 E-02 E-02 E-02 E-02

* Duplicate


Charcoal Filters

STATION NUMBER 03


1201 1208 1215 1222 1229

1208 1215 1222 1229 0105

3.10E 08 3.OOE 08 3.OOE 08 3.OOE 08 3.10E 08

12/10 12/20 12/24 01/03 01/07


* Duplicate


Charcoal Filters

STATION NUMBER 32


0106 0113 0120 0128 0203 0210 0216 0225 0303 0303* 0311 0317 0323 0331 0407 0414 0421 0428 0505 0513 0519 0526 0602 0609 0617

0113 0120 0128 0203 0210 0216 0225 0303 0311 0311 0317 0323 0331 0407 0414 0421 0428 0505 0513 0519 0526 0602 0609 0617 0624

2.90E 08 2.80E 08 3.20E 08 2.60E 08 2.80E 08 2.70E 08 4.OOE 08 2.80E 08 3.70E 08 3.70E 08 2.60E 08 2.60E 08 3.50E 08 3.OOE 08 3.10E 08 3.10E 08 3.OOE 08 3.20E 08 3.50E 08 2.60E 08 3.10E 08 2.90E 08 3.10E 08 3.30E 08 2.90E 08

01/18 01/25

02/01

02/05

02/16

02/18

02/26

03/05

03/15

03/16

03/22

03/24

04/01

04/12

04/15

04/23

04/30

05/08

05/17

05/21

05/28

06/07

06/14

06/22

06/29

L.T. 2.

L.T. 6.

L.T. 1. L.T. 1. L.T. 2. L.T. 1.

L.T. 6.

L.T. 1.

L.T. 1. L.T. 1.

L.T. 3.

L.T. 2.

L.T. 8.

L.T. 1.

L.T. 9.

L.T. 1. L.T. 1.

L.T. 1.

L.T. 1. L.T. 1. L.T. 9. L.T. 2. L.T. 1. L.T. 1. L.T. 1.

E-02

E-03

E-02

E-02

E-02

E-02

E-03

E-02

E-02

E-02

E-02

E-02

E-03

E-02

E-03

E-02

E-02

E-02

E-02

E-02

E-03

E-02

E-02

E-02

E-02

* Duplicate


Charcoal Filters

STATION NUMBER 32


0624 0630 0707 0714 0714* 0721 0728 0804 0811 0818 0825 0831 0908 0915 0922 0929 1006 1014 1020 1027 1103 1111 1118 1124 1201

0630 0707 0714 0721 0721 0728 0804 0811 0818 0825 0831 0908 0915 0922 0929 1006 1014 1020 1027 1103 1111 1118 1124 1201 1208

2.60E 08 3.10E 08 2.90E 08 3.10E 08 3.10E 08 2.90E 08 3.OOE 08 3.OOE 08 3.OOE 08 3.10E 08 2.60E 08 3.40E 08 2.90E 08 2.90E 08 3.OOE 08 3.OOE 08 3.40E 08 2.70E 08 3.OOE 08 2.90E 08 3.50E 08 3.OOE 08 2.60E 08 3.10E 08 3.10E 08

07/02 07/10 07/15 07/22 07/24 07/30 08/07 08/13 08/19 08/27 09/02 09/13 09/17 09/25 10/02 10/10 10/18 10/23 10/29 11/08 11/15 11/22 11/29 12/04 12/10

L.T. 1. L.T. 1.

L.T. 1. L.T. 9. L.T. 2.

L.T. 2.

L.T. 2. L.T. 9.

L.T. 1.

L.T. 1. L.T. 1. L.T. 2. L.T. 1. L.T. 1. L.T. 2. L.T. 2.

L.T. 1.

L.T. 1. L.T. 1.

L.T. 2.

L.T. 2.

L.T. 2. L.T. 2. L.T. 1. L.T. 1.


* Duplicate


Charcoal Filters

STATION NUMBER 32

Collection Start Collection Stop Volume Mid-Count I-131 Activity Date Date CC Date (pCi/Cu.M.)

1201"

1208 1215 1222 1229

1208 1215 1222 1229 0105

3.10E 08 3.OOE 08 2.90E 08 3.1OE 08 3.10E 08

12/13 12/20 12/24 01/03 01/07


* Duplicate


Charcoal Filters

STATION NUMBER 37


0106 0113 0120 0128 0203 0210 0216 0225 0303 0311 0317 0323 0331* 0331 0407 0414 0421 0428 0505 0513 0519 0526 0602 0609 0617

0113 0120 0128 0203 0210 0216 0225 0303 0311 0317 0323 0331 0407 0407 0414 0421 0428 0505 0513 0519 0526 0602 0609 0617 0624

3.20E 08

3.1OE 08

3.50E 08

2.70E 08

2.90E 08

2.60E 08

3.70E 08

2.60E 08

3.30E 08

2.50E 08

2.60E 08

3.40E 08

2.80E 08

2.80E 08

2.90E 08

2.90E 08

2.70E 08

2.80E 08

3.10E 08

2.60E 08

3.10E 08

3.OOE 08

3.OOE 08

3.20E 08

2.80E 08

01/18 01/25

02/01

02/05

02/16

02/18

02/26

03/05

03/15

03/22

03/24

04/01

04/13

04/12

04/15

04/23

04/30

05/08

05/17

05/21

05/28

06/07

06/14

06/22

06/29

L.T. 2.

L.T. 1.

L.T. 1. L.T. 9. L.T. 1. L.T. 1. L.T. 7.

L.T. 1. L.T, 1. L.T. 3. L.T. 2.

L.T. 8. L.T. 2.

L.T. 2.

L.T. 9. L.T. 2. L.T. 1. L.T. 2. L.T. 1. L.T. 1. L.T. 9. L.T. 2.

L.T. 1.

L.T. 1.

L.T. 1.


* Duplicate

(D) I i-, i-


Charcoal Filters

STATION NUMBER 37


0624

0630

0707

0714

0721

S0728 LQ 0804

0811 0811"

S 0818

0825

0831

0908

0915

0922

0929

1006

1014

1020

1027

1103

1111

1118

1124

1201

0630 0707 0714 0721 0728 0804 0811 0818 0818 0825 0831 0908 0915 0922 0929 1006 1014 1020 1027 1103 1111 1118 1124 1201 1208

2.60E 08 3.20E 08 3.OOE 08 3.OOE 08 3.90E 08 3.20E 08 3.OOE 08 3.OOE 08 3.OOE 08 3.20E 08 2.70E 08 3.50E 08 3.10E 08 3.OOE 08 3.OOE 08 3.20E 08 3.40E 08 2.70E 08 3.10E 08 2.90E 08 3.40E 08 2.90E 08 2.60E 08 2.80E 08 3.10E 08

07/02

07/10

07/15

07/22

07/30

08/07

08/13

08/19

08/21

08/27

09/02

09/13

09/17

09/25

10/02

10/10

10/18

10/23

10/29

11/08

11/15

11/22

11/29

12/04

12/10

L.T. 1. L.T. 1. L.T. 1.

L.T. 1. L.T. 1. L.T. 2.

L.T. 9.

L.T. 1. L.T. 2. L.T. 1. L.T. 1. L.T. 2.

L.T. 9.

L.T. 1.

L.T. 2.

L.T. 2. L.T. 1. L.T. 1. L.T. 1.

L.T. 2.

L.T. 2.

L.T. 2.

L.T. 2. L.T. 1. L.T. 1.


* Duplicate


Charcoal Filters

STATION NUMBER 37


1208 1215 1222 1229* 1229

1215 1222 1229 0105 0105

3.OOE 08 3.OOE 08 3.OOE 08 3.10E 08 3.10E 08

12/20 12/24 01/03 01/10 01/07

L.T. 2. E-02

L.T. 9. E-03

L.T. 1. E-02

L.T. 1. E-02

L.T. 1. E-02

t.Q (D

I i.-

* Duplicate


Charcoal Filters

STATION NUMBER 40


0106 0113 0120 0128 0203 0210 0216 0225 0303 0311 0317 0323 0331 0407 0414 0421 0428 0428* 0505 0513 0519 0526 0602 0609 0617

0113 0120 0128 0203 0210 0216 0225 0303 0311 0317 0323 0331 0407 0414 0421 0428 0505 0505 0513 0519 0526 0602 0609 0617 0624

2.90E 08 2.80E 08 3.30E 08 2.60E 08 2.90E 08 2.50E 08 3.70E 08 2.60E 08 3.30E 08 2.40E 08 2.60E 08 3.30E 08 2.80E 08 2.80E 08 2.90E 08 2.70E 08 2.80E 08 2.80E 08 3.40E 08 2.60E 08 3.10E 08 3.OOE 08 3.1OE 08 3.30E 08 3.OOE 08

01/18 01/25 02/01 02/05 02/16 02/18 02/26 03/05 03/15 03/22 03/24 04/01 04/12 04/15 04/23 04/30 05/08 05/10 05/17 05/21 05/28 06/07 06/14 06/22 06/29

L.T. 2. E-02 L.T. 1. E-02 L.T. 1. E-02 L.T. 7. E-03 L.T. 1. E-02 L.T. 9. E-03 L.T. 5. E-03 L.T. 8. E-03 L.T. 1. E-02 L.T. 2. E-02 L.T. 1. E-02 L.T. 6. E-03 L.T. 1. E-02 L.T. 7. E-03 L.T. 1. E-02 L.T. 9. E-03 L.T. 1. E-02 L.T. 1. E-02 L.T. 1. E-02 L.T. 8. E-03 L.T. 7. E-03 L.T. 1. E-02 L.T. 1. E-02 L.T. 9. E-03 L.T. 1. E-02

* Duplicate

LO

(t I

H-


Charcoal Filters

STATION NUMBER 40


0624 0630 0707 0714 0721 0728 0804 0811 0818 0825 0831 0908 0908* 0915 0922 0929 1006 1014 1020 1027 1103 1111 1118 1124 1201

0630 0707 0714 0721 0728 0804 0811 0818 0825 0831 0908 0915 0915 0922 0929 1006 1014 1020 1027 1103 1111 1118 1124 1201 1208

2.60E 08 3.10E 08 2.90E 08 3.00E 08 3.OOE 08 3.00E 08 3.00E 08 3.00E 08 3.10E 08 2.60E 08 3.30E 08 3.10E 08 3.10E 08 3.OOE 08 3.10E 08 3.00E 08 3.40E 08 2.70E 08 3.00E 08 3.00E 08 3.50E 08 3.00E 08 2.60E 08 3.OOE 08 3.10E 08

07/02 07/10 07/15 07/22 07/30 08/07 08/13 08/19 08/27 09/02 09/13 09/17 09/20 09/25 10/02 10/10 10/18 10/23 10/29 11/08 11/15 11/22 11/29 12/04 12/10

L.T. 9. L.T. 1. L.T. 8. L.T. 7.

L.T. 1.

L.T. 1. L.T. 7. L.T. 7. L.T. 8.

L.T. 9.

L.T. 1. L.T. 7.

L.T. 1. L.T. 1. L.T. 1.

L.T. 1.

L.T. 1. L.T. 8. L.T. 9. L.T. 1. L.T. 1. L.T. 1. L.T. 2.

L.T. 9.

L.T. 9.


* Duplicate

CD

w

(.51


Charcoal Filters

STATION NUMBER 40


1208 1215 1222 1229

1215 1222 1229 0105

3.OOE 08 3.00E 08 3.OOE 08 3.1OE 08

12/20 12124 01/03 01/07

L.T. 1. E-02

L.T. 8. E-03

L.T. 1. E-02

L.T. 7. E-03

LQ

(D

w

* Duplicate


Air Particulate Filters

STATION NUMBER 02

Collection Start Collection Stop Volume Mid-Count Gross Beta Date Date CC Date Activity

(pCi/Cu.M.)

0106* 0113 2.80E 08 01/21 3.6 +-0.4 E-02 0106 0113 2.80E 08 01/20 3.3 +-0.3 E-02 0113 0120 2.50E 08 01/30 2.6 +-0.3 E-02 0120 0128 3.40E 08 02/08 2.3 +-0.3 E-02 0128 0203 2.70E 08 02/11 2.3 +-0.3 E-02 0203 0210 3.00E 08 02/18 1.7 +-0.3 E-02

LQ 0210 0216 2.60E 08 02124 1.9 +-0.3 E-02 0216 0225 3.80E 08 03/02 2.0 +-0.2 E-02 0225 0303 2.60E 08 03/12 1.9 +-0.3 E-02 0303 0311 3.50E 08 03/17 1.7 +-0.2 E-02 0311 0317 2.50E 08 04/02 2.1 +-0.3 E-02 0317 0323 2.60E 08 03/31 1.9 +-0.3 E-02 0323 0331 3.50E 08 04/09 2.4 +-0.3 E-02 0331 0407 3.OOE 08 04/16 1.8 +-0.3 E-02 0407 0414 3.OOE 08 04/22 1.7 +-0.3 E-02 0414 0421 3.OOE 08 05/01 2.0 +-0.3 E-02 0421 0428 2.90E 08 05/07 1.2 +-0.2 E-02 0428 0505 3.OOE 08 05/15 1.6 +-0.2 E-02 0505 0513 3.40E 08 05/28 1.3 +-0.2 E-02 0513 0519 2.60E 08 05/27 1.8 +-0.3 E-02 0519 0526 3.10E 08 06/04 1.7 +-0.2 E-02 0519* 0526 3.10E 08 06/04 1.6 +-0.2 E-02 0526 0602 3.OOE 08 06/11 2.6 +-0.3 E-02 0602 0609 3.10E 08 06/16 1.6 +-0.2 E-02 0609 0617 3.30E 08 06/23 1.5 +-0.2 E-02

* Duplicate



STATION NUMBER 02

Collection Start Collection Stop Volume Mid-Count Gross Beta Date Date CC Date Activity (pCi/Cu.M.)

0617 0624 3.OOE 08 07/06 2.2 +-0.3 E-02 0624 0630 2.60E 08 07/14 1.2 +-0.3 E-02 0630 0707 3.10E 08 07/16 2.0 +-0.3 E-02 0707 0714 2.90E 08 07/23 1.6 +-0.3 E-02 0714 0721 3.OOE 08 07/26 2.0 +-0.3 E-02 0721 0728 2.80E 08 08/11 2.5 +-0.3 E-02 S0728 0804 2.90E 08 08/18 1.9 +-0.3 E-02 0804 0811 2.90E 08 08/23 3.6 +-0.4 E-02 0811 0818 3.OOE 08 08/26 2.2 +-0.3 E-02

O 0818 0825 3.10E 08 09/07 2.9 +-0.3 E-02 0825 0831 2.60E 08 09/08 4.1 +-0.5 E-02 0831 0908 3.20E 08 09/14 2.6 +-0.3 E-02 0908 0915 3.OOE 08 10/05 2.3 +-0.3 E-02 0915 0922 2.90E 08 10/11 2.9 +-0.4 E-02 0922 0929 2.90E 08 10/11 2.6 +-0.3 E-02 0929 1006 3.00E 08 10/20 2.1 +-0.3 E-02 1006 1014 3.30E 08 10/29 3.7 +-0.3 E-02 1006* 1014 3.30E 08 11/01 4.0 +-0.3 E-02 1014 1020 2.60E 08 11/05 2.1 +-0.2 E-02 1020 1027 2.90E 08 11/15 3.2 +-0.3 E-02 1027 1103 2.90E 08 11/16 3.4 +-0.3 E-02 1103 1111 3.40E 08 11/22 3.1 +-0.3 E-02 1111 1118 2.90E 08 12/15 4.4 +-0.4 E-02 1118 1124 2.50E 08 12/14 4.7 +-0.4 E-02 1124 1201 3.00E 08 12/13 2.8 +-0.3 E-02

* Duplicate



STATION NUMBER 02


1201

1208 1215 1222 1229

1208 1215 1222 1229 0105

3.OOE 08 3.OOE 08 3.OOE 08 3.OOE 08 3.10E 08

12/27 12/30 12/30 01/13 01/15

3.6 +-0.4 E-02

3.7 -0.4 E-02

2.5 +-0.4 E-02

3.2 +-0.3 E-02

3.9 +-0.4 E-02

* Duplicate

(rD % H-



STATION NUMBER 03


(pCi/Cu.M.) 0106 0113 2.90E 08 01/20 3.6 +-0.3 E-02 0113 0120 2.70E 08 01/30 2.4 +-0.3 E-02 0120 0128 3.20E 08 02/08 2.2 +-0.3 E-02 0128 0203 2.60E 08 02/11 2.4 +-0.3 E-02 0203 0210 2.70E 08 02/18 1.8 -0.3 E-02

1 0203* 0210 18+03E0 00

2.70E 08 02/18 1.6 +-0.3 E-02 0210 0216 2.70E 08 02/24 2.1 +-0.3 E-02 0216 0225 4.10E 08 03/02 1.8 +-0.2 E-02 0225 0303 2.70E 08 03/12 2.0 +-0.3 E-02 , 0303 0311 3.60E 08 03117 1.3 +-0.2 E-02 0311 0317 2.60E 08 04/02 1.8 +-0.3 E-02 0317 0323 2.70E 08 03/31 2.0 +-0.3 E-02 0323 0331 3.60E 08 04/09 2.4 +-0.3 E-02 0331 0407 3.10E 08 04/16 1.8 +-0.3 E-02 0407 0414 3.00E 08 04/22 1.8 +-0.3 E-02 0414 0421 3.20E 08 05/01 1.7 +-0.2 E-02 0421 0428 2.80E 08 05/07 1.2 +-0.2 E-02 0428 0505 2.70E 08 05/15 1.4 +-0.3 E-02 0505 0513 3.20E 08 05/28 1.3 +-0.2 E-02 0513 0519 2.60E 08 05/27 2.0 +-0.3 E-02 0519 0526 3.1OE 08 06/04 1.6 +-0.2 E-02 0526 0602 2.90E 08 06/11 2.0 +-0.3 E-02 0602 0609 3.00E 08 06/16 1.9 +-0.3 E-02 0609 0617 3.20E 08 06/23 1.7 +-0.3 E-02 0617 0624 2.90E 08 07/06 2.4 +-0.3 E-02

* Duplicate



STATION NUMBER 03


0617* 0624 2.90E 08 07/08 2.4 +-0.3 E-02 0624 0630 2.60E 08 07/14 1.7 +-0.3 E-02 0630 0707 3.10E 08 07/16 2.0 +-0.3 E-02 0707 0714 2.90E 08 07/23 2.0 +-0.3 E-02 0714 0721 3.OOE 08 07/26 2.1 +-0.3 E-02 0721 0728 2.90E 08 08/11 2.6 +-0.3 E-02 0728 0804 3.OOE 08 08/18 2.1 +-0.3 E-02 0804 0811 3.OOE 08 08/23 3.4 +-0.3 E-02 0811 0818 3.OOE 08 08/26 9.8 +-2.2 E-03 0818 0825 3.10E 08 09/07 2.7 +-0.3 E-02 0825 0831 2.70E 08 09/08 4.5 +-0.5 E-02 0831 0908 3.30E 08 09/14 2.8 +-0.3 E-02 0908 0915 3.10E 08 10/05 2.4 +-0.3 E-02 0915 0922 2.90E 08 10/11 2.9 +-0.4 E-02 0922 0929 3.00E 08 10/11 2.8 +-0.3 E-02 0929 1006 3.1OE 08 10/20 2.1 +-0.3 E-02 1006 1014 3.40E 08 10/29 4.1 +-0.3 E-02 1014 1020 2,60E 08 11/02 2.7 +-0.3 E-02 1020 1027 3.OOE 08 11/15 3.4 +-0.3 E-02 1027 1103 3.00E 08 11/17 3.0 +-0.3 E-02 1103 1111 3.50E 08 11/22 3.7 +-0.3 E-02 1103* 1111 3.50E 08 11/23 3.4 +-0.3 E-02 1111 1118 3.00E 08 12/15 4.5 +-0.4 E-02 1118 1124 2.60E 08 12/14 4.5 +-0.4 E-02 1124 1201 3.OOE 08 12/13 2.9 +-0.3 E-02

* Duplicate



STATION NUMBER 03


(pCi/Cu.M.)

1201

1208

1215

1222

1229

1208 1215 1222 1229 0105

3.10E 08 3.OOE 08 3.OOE 08 3.OOE 08 3.10E 08

12/27 12/30 12/30 01/13 01/15

3.2 +-0.4 E-02

3.5 +-0.3 E-02

2.1 +-0.3 E-02

3.2 +-0.3 E-02

3.3 +-0.3 E-02

LQ

tw w

* Duplicate



STATION NUMBER 32


(pCi/Cu.M.)ulut 0113 2.90E 08 01/20 3.3 +-0.3 E-02 0113 0120 2.80E 08 01/30 2.6 +-0.3 E-02 0120 0128 3.20E 08 02/08 2.2 +-0.3 E-02 0128 0203 2.60E 08 02/11 2.5 +-0.3 E-02 0203 0210 2.80E 08 02/18 1.8 +-0.3 E-02 0210 0216 2.70E 08 02/24 2.1 +-0.3 E-02 S0216 0225 4.OOE 08 03/02 2.0 +-0.2 E-02 S0225 0303 2.80E 08 03/12 1.8 +-043 E-02 S0303 0311 3.70E 08 03/17 1.5 +-0.2 E-02

S0303* 0311 3.70E 08 03/18 1.6 +-0.2 E-02 0311 0317 2.60E 08 04/02 2.2 +-0.3 E-02 0317 0323 2.60E 08 03/31 2.2 +-0.3 E-02 0323 0331 3.50E 08 04/09 2.2 +-0.3 E-02 0331 0407 3.OOE 08 04/16 1.9 +-0.3 E-02 0407 0414 3.10E 08 04/22 1.6 +-0.2 E-02 0414 0421 3.10E 08 05/01 1.9 +-0.3 E-02 0421 0428 3.OOE 08 05/07 1.3 +-0.2 E-02 0428 0505 3.20E 08 05/15 1.3 +-0.2 E-02 0505 0513 3.50E 08 05/28 1.4 +-0.2 E-02 0513 0519 2.60E 08 05/27 1.9 +-0.3 E-02 0519 0526 3.1OE 08 06/04 1.5 +-0.2 E-02 0526 0602 2.90E 08 06/11 2.3 +-0.3 E-02 0602 0609 3.10E 08 06/16 1.4 +-0.2 E-02 0609 0617 3.30E 08 06/23 1.5 +-0.2 E-02 0617 0624 2.90E 08 07/06 2.4 +-0.3 E-02 * Duplicate

/



STATION NUMBER 32


0624 0630 2.60E 08 07/14 1.6 +-0.3 E-02 0630 0707 3.10E 08 07/16 2.0 +-0.3 E-02 0707 0714 2.90E 08 07/23 2.0 +-0.3 E-02 0714 0721 3.10E 08 07/26 2.3 +-0.3 E-02 0714* 0721 3.10E 08 07/27 2.1 +-0.3 E-02 S0721 0728 2.90E 08 08/11 LQ 2.8 +-0.3 E-02 0728 0804 3.00E 08 08/18 1.9 +-0.3 E-02 w 0804 0811 3.00E 08 08/23 3.8 +-0.4 E-02 S0811 0818 3.00E 08 08/26 14082 2.3 +-0.3 E-02 0818 0825 3.10E 08 09/07 3.0 +-0.3 E-02 0825 0831 2.60E 08 09/08 4.5 +-0.5 E-02 0831 0908 3.40E 08 09/14 2.6 +-0.3 E-02 0908 0915 2.90E 08 10/05 2.4 +-0.3 E-02 0915 0922 2.90E 08 10/11 2.7 +-0.4 E-02 0922 0929 3.00E 08 10/11 2.6 +-0.3 E-02 0929 1006 3.OOE 08 10/20 2.5 +-0.3 E-02 1006 1014 3.40E 08 10/29 4.0 +-0.3 E-02 1014 1020 2.70E 08 11/02 2.7 +-0.3 E-02 1020 1027 3.00E 08 11/15 3.5 +-0.3 E-02 1027 1103 2.90E 08 11/16 3.6 +-0.3 E-02 1103 1111 3.50E 08 11/22 3.6 +-0.3 E-02 1111 1118 3.00E 08 12/15 4.5 +-0.4 E-02 1118 1124 2.60E 08 12/14 4.8 +-0.4 E-02 1124 1201 3.10E 08 12/13 3.3 +-0.3 E-02 1201 1208 3.10E 08 12/27 3.9 +-0.4 E-02 * Duplicate



STATION NUMBER 32


(pCi/Cu.M.) 1201" 1208 - lA= no1208 1215 1222 1229

1215 1222 1229 0105

U. iU or-u

3.OOE 08 2.90E 08 3.10E 08 3.10E 08

12I/28 12/30

12130

01/13

01/15

3.7 +-0.4 E-02

3.7 +-0.3 E-02

2.7 +-0.4 E-02

3.1 +-0.3 E-02

4.0 +-0.4 E-02LQ (D

tQ U1

* Duplicate



STATION NUMBER 37


0106 0113 3.20E 08 01/20 3.5 +-0.3 E-02 0113 0120 3.10E 08 01/30 2.4 +-0.3 E-02 0120 0128 3.50E 08 02/08 2.4 +-0.3 E-02 0128 0203 2.70E 08 02/11 2.7 +-0.3 E-02 0203 0210 2.90E 08 02/18 1.8 +-0.3 E-02 pi 0210 0216 2.60E 08 02/24 2.0 +-0.3 E-02 S0216 0225 3.70E 08 03/02 1.9 +-0.2 E-02 S0225 0303 2.60E 08 03/12 1.7 +-0.3 E-02 0303 0311 3.30E 08 03/17 1.6 +-0.2 E-02 S0311 0317 2.50E 08 04/02 1.7 +-0.3 E-02 0317 0323 2.60E 08 03/31 1.9 +-0.3 E-02 0323 0331 3.40E 08 04/09 2.0 +-0.2 E-02 0331* 0407 2.80E 08 04/16 2.1 +-0.3 E-02 0331 0407 2.80E 08 04/16 1.6 +-0.3 E-02 0407 0414 2.90E 08 04/22 1.4 +-0.2 E-02 0414 0421 2.90E 08 05/01 2.1 +-0.3 E-02 0421 0428 2.70E 08 05/07 1.4 +-0.2 E-02 0428 0505 2.80E 08 05/15 1.4 +-0.2 E-02 0505 0513 3.10E 08 05/28 1.6 +-0.3 E-02 0513 0519 2.60E 08 05/27 1.8 +-0.3 E-02 0519 0526 3.10E 08 06/04 1.9 +-0.3 E-02 0526 0602 3.00E 08 06/11 2.2 +-0.3 E-02 0602 0609 3.00E 08 06/16 1.7 +-0.3 E-02 0609 0617 3.20E 08 06/23 1.5 +-0.2 E-02 0617 0624 2.80E 08 07/06 2.3 +-0.3 E-02 * Duplicate



STATION NUMBER 37


(pCi/Cu.M.) 0624 0630 2.60E 08 07/14 1.6 +-0.3 E-02 0630 0707 3.20E 08 07/16 1.9 +-0.3 E-02 0707 0714 3.00E 08 07/23 2.1 +-0.3 E-02 0714 0721 3.OOE 08 07/26 2.2 +-0.3 E-02 0721 0728 2.90E 08 08/11 3.0 +-0.3 E-02 0728 0804 3.20E 08 08/18 2.0 +-4.3 E-02

(D LQ 0804 0811 3.OOE 08 08/23 4.4 +-0.4 E-02 W 0811 0818 3.OOE 08 08/26 2.9 +-0.3 E-02 0811* 0818 3.00E 08 08/29 2.7 +-0.3 E-02 "0818 0825 3.20E 08 09/07 3.1 +-0.3 E-02 0825 0831 2.70E 08 09/08 4.8 +-0.5 E-02 0831 0908 3.50E 08 09/14 2.9 +-0.3 E-02 0908 0915 3.10E 08 10/05 2.5 +-4.3 E-02 0915 0922 3.00E 08 10/11 3.8 +-0.4 E-02 0922 0929 3.OOE 08 10/11 3.1 +-0.3 E-02 0929 1006 3.20E 08 10/20 2.5 +-0.3 E-02 1006 1014 3.40E 08 10/29 4.7 +-0.4 E-02 1014 1020 2.70E 08 11/02 3.2 +-03 E-02 1020 1027 3.10E 08 11/15 3.8 +-0.3 E-02 1027 1103 2.90E 08 11/16 3.3 +-0.3 E-02 1103 1111 3.40E 08 11/22 3.7 +-0.3 E-02 1111 1118 2.90E 08 12/15 4.5 +-0.4 E-02 1118 1124 2.60E 08 12/14 4.0 +-0.4 E-02 1124 1201 2.80E 08 12/13 3.3 +-0.3 E-02 1201 1208 3.10E 08 12/27 3.6 +-0.4 E-02

* Duplicate



STATION NUMBER 37


1215 1222 1229* 1229

1215

1222 1229 0105 0105

3.OOE 08 3.00E 08 3.OOE 08 3.10E 08 3.10E 08

12130

12/30

01/13

01/16

01/15

3.5 +-0.3 E-02 2.7 +-0.4 E-02 3.2 +-0.3 E-02 4.1 +-0.4 E-02 4.0 +-0.4 E-02

10

co

* Duplicate



STATION NUMBER 40


0106 0113 2.90E 08 01/20 3.6 +-0.3 E-02 0113 0120 2.80E 08 01/30 2.7 +-0.3 E-02 0120 0128 3.30E 08 02/08 2.4 +-0.3 E-02 0128 0203 2.60E 08 02/11 2.5 +-0.3 E-02 0203 0210 2.90E 08 02/18 1.7 +-0.3 E-02 0210 0216 2.50E 08 02/24 2.0 +-0.3 E-02 0216 0225 3.70E 08 03/02 2.0 +-0.2 E-02 0225 0303 2.60E 08 03/12 2.2 +-0.3 E-02 T 0303 0311 3.30E 08 03/17 1.4 +-0.2 E-02 0311 0317 2.40E 08 04/02 1.7 +-0.3 E-02 0317 0323 2.60E 08 03/31 2.1 +-0.3 E-02 0323 0331 3.30E 08 04/09 2.7 +-0.3 E-02 0331 0407 2.80E 08 04/16 1.9 +-0.3 E-02 0407 0414 2.80E 08 04/22 1.7 +-0.3 E-02 0414 0421 2.90E 08 05/01 1.9 +-0.3 E-02 0421 0428 2.70E 08 05/07 1.4 +-0.2 E-02 0428 0505 2.80E 08 05/15 1.4 +-0.2 E-02 0428* 0505 2.80E 08 05/15 1.7 +-0.3 E-02 0505 0513 3.40E 08 05/28 1.5 +-0.2 E-02 0513 0519 2.60E 08 05/27 1.9 +-0.3 E-02 0519 0526 3.10E 08 06/04 1.8 +-0.2 E-02 0526 0602 3.OOE 08 06/11 2.2 +-0.3 E-02 0602 0609 3.10E 08 06/16 1.8 +-0.3 E-02 0609 0617 3.30E 08 06/23 1.7 +-0.2 E-02 0617 0624 3.OOE 08 07/06 2.2 +-043 E-02

* Duplicate



STATION NUMBER 40


(pCi/Cu.M.)

0624 0630 2.60E 08 07/14 1.7 +-0.3 E-02 0630 0707 3.10E 08 07/16 2.0 +-0.3 E-02 0707 0714 2.90E 08 07/23 2.1 +-0.3 E-02 0714 0721 3.00E 08 07/26 2.5 +-0.3 E-02 0721 0728 3.00E 08 08/11 2.6 +-0.3 E-02

10 0728 0804 3.00E 08 08/18 1.8 +-0.3 E-02 LQ 0804 0811 3.OOE 08 08/23 3.8 +-0.4 E-02

0811 0818 3.00E 08 08/26 2.4 +-0.3 E-02 T0 0818 0825 3.10E 08 09/07 3.0 +-0.3 E-02 Co 0825 0831 2.60E 08 09/08 4.3 +-0.5 E-02

0831 0908 3.30E 08 09/14 2.9 +-0.3 E-02 0908 0915 3.10E 08 10/05 2.6 +-0.3 E-02 0908* 0915 3.10E 08 10/06 2.4 +-0.3 E-02 0915 0922 3.00E 08 10/11 3.0 +-0.4 E-02 0922 0929 3.10E 08 10/11 2.7 +-0.3 E-02 0929 1006 3.OOE 08 10/20 2.6 +-0.3 E-02 1006 1014 3.40E 08 10/29 4.0 +-0.3 E-02 1014 1020 2.70E 08 11/02 2.8 +-0.3 E-02 1020 1027 3.OOE 08 11/15 3.5 +-0.3 E-02 1027 1103 3.OOE 08 11/16 3.2 +-0.3 E-02 1103 1111 3.50E 08 11/22 3.6 +-0.3 E-02 1111 1118 3.00E 08 12/15 4.4 +-0.4 E-02 1118 1124 2.60E 08 12/14 4.9 +-0.4 E-02 1124 1201 3.OOE 08 12/13 3.2 +-0.3 E-02 1201 1208 3.10E 08 12/27 3.6 +-0.4 E-02

* Duplicate



STATION NUMBER 40


(pCi/Cu.M.)

1208 1215 1222 1229

1215 1222 1229 0105

3.OOE 08 3.OOE 08 3.OOE 08 3.10E 08

12/30 12/30 01/13 01/15

3.5 +-0.3 E-02 2.2 +-0.3 E-02 3.0 +-0.3 E-02 3.8 +-0.3 E-02

LQ

(D

w Lb. H-

* Duplicate


Air Particulate Filters Isotopic Analysis on Quarterly Composite

(pCi/ Cu.M.) STATION NUMBER 02

Gamma Spectrum Analysis Dates Listed are Collection Start Dates

1229

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

AIR PARTICULATES

1.00+-0.10E-01

L.T. 8. E-03

L.T. 4. E-04

L.T. 6. E-04

L.T. 2. E-03

L.T. 5. E-04

L.T. 1. E-03

L.T. 6. E-04

L.T. 9. E-04

L.T. 4. E-03

L.T. 2. E-02

L.T. 4. E-04

L.T. 4. E-04

L.T. 6. E-03

L.T. 1. E-03

L.T. 3. E-03

L.T. 8. E-03

L.T. 7. E-04

0331

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

AIR PARTICULATES

9.36+-0.94E-02

L.T. 8. E-03

L.T. 4. E-04

L.T. 5. E-04

L.T. 1. E-03

L.T. 4. E-04

L.T. 1. E-03

L.T. 6. E-04

L.T. 7. E-04

L.T. 3. E-03

L.T. 5. E-03

L.T. 4. E-04

L.T. 5. E-04

L.T. 3. E-03

L.T. I. E-03

L.T. 3. E-03

L.T. 8. E-03

L.T. 7. E-04

0630

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

AIR PARTICULATES

7.99+-0.80E-02

L.T. 1. E-02

L.T. 5. E-04

L.T. 7. E-04

L.T. 2. E-03

L.T. 5. E-04

L.T. 1. E-03

L.T. 7. E-04

L.T. 9. E-04

L.T. 5. E-03

L.T. 2. E-02

L.T. 5. E-04

L.T. 5. E-04

L.T. 5. E-03

L.T. 1. E-03

L.T. 2. E-03

L.T. 7. E-03

L.T. 7. E-04

0929

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

to (D

AIR PARTICULATES

6.98+-0.70E-02

L.T. 8. E-03

L.T. 4. E-04

L.T. 4. E-04

L.T. 9. E-04

L.T. 5. E-04

L.T. I. E-03

L.T. 5. E-04

L.T. 6. E-04

L.T. 4. E-03

L.T. 4. E-03

LT. 4. E-04

L.T. 4. E-04

L.T. 2. E-03

L.T. 1. E-03

L.T. 3. E-03

L.T. 8. E-03

L.T. 7. E-04





1229 AIR PARTICULATES

8.35+-0.83E-02

L.T. 8. E-03

L.T. 3. E-04

L.T. 5. E-04

L.T. 1. E-03

L.T. 3. E-04

L.T. 8. E-04

L.T. 5. E-04

L.T. 8. E-04

L.T. 3. E-03

L.T. 2. E-02

L.T. 4. E-04

L.T. 4. E-04

L.T. 5. E-03

L.T. 2. E-03

L.T. 3. E-03

L.T. 9. E-03

L.T. 7. E-04

0331

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

AIR PARTICULATES

1.08+-0.11 E-01

3.99+-2.27E-03

L.T. 3. E-04

L.T. 4. E-04

L.T. 9. E-04

L.T. 4. E-04

L.T. 8. E-04

L.T. 4. E-04

L.T. 5. E-04

L.T. 3. E-03

L.T. 4. E-03

L.T. 4. E-04

L.T. 4. E-04

L.T. 2. E-03

L.T. 1. E-03

L.T. 3. E-03

L.T. 1. E-02

L.T. 8. E-04

0630

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE-141

CE-144

RA-226

TH-228

AIR PARTICULATES

7.67+-0.79E-02

L.T. 9. E-03

L.T. 5. E-04

L.T. 6. E-04

L.T. I. E-03

L.T. 5. E-04

L.T. 9. E-04

L.T. 7. E-04

LT. 9. E-04

L.T. 4. E-03

L.T. 2. E-02

L.T. 4. E-04

L.T. 6. E-04

L.T. 6. E-03

L.T. I. E-03

L.T. 3. E-03

L.T. 8. E-03

L.T. 7. E-04

0929

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

AIR PARTICULATES

6.14+-0.61 E-02

L.T. 7. E-03

L.T. 4. E-04

L.T. 5. E-04

L.T. I. E-03

L.T. 5. E-04

L.T. 1. E-03

L.T. 5. E-04

L.T. 6. E-04

L.T. 3. E-03

L.T. 4. E-03

L.T. 4. E-04

L.T. 4. E-04

L.T. 2. E-03

L.T. 1. E-03

l..T. 3. 1

L.T. 9. E-03

L.T. 8. E-04

U.

I.

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228





1229

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE-141

CE-144

RA-226

TH-228

AIR PARTICULATES

7.42+-0.74E-02

L.T. 1. E-02

L.T. 4. E-04

L.T. 5. E-04

L.T. 2. E-03

L.T. 4. E-04

L.T. 1. E-03

L.T. 7. E-04

L.T. 8. E-04

L.T. 4. E-03

L.T. 2. E-02

L.T. 5. E-04

L.T. 4. E-04

L.T. 5. E-03

L.T. 1. E-03

L.T. 2. E-03

L.T. 6. E-03

L.T. 6. E-04

0331

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

AIR PARTICULATES

8.61+-0.86E-02

L.T. 1. E-02

L.T. 4. E-04

L.T. 5. E-04

L.T. 1. E-03

L.T. 4. E-04

L.T. 9. E-04

L.T. 5. E-04

L.T. 6. E-04

L.T. 4. E-03

L.T. 5. E-03

L.T. 4. E-04

L.T. 4. E-04

L.T. 3. E-03

L.T. 8. E-04

L.T. 2. E-03

L.T. 6. E-03

L.T. 6. E-04

0630

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

AIR PARTICULATES

8.60+-0.86E-02

L.T. 2. E-02

L.T. 5. E-04

L.T. 7. E-04

L.T. 2. E-03

L.T. 6. E-04

L.T. 1. E-03

L.T. 8. E-04

L.T. 1. E-03

L.T. 5. E-03

L.T. 2. E-02

L.T. 6. E-04

L.T. 6. E-04

L.T. 5. E-03

L.T. 1. E-03

L.T. 3. E-03

L.T. 8. E-03

L.T. 7. E-04

0929

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

LQ (D

t U,

AIR PARTICULATES

6.40+-0.71 E-02

L.T. 1. E-02

L.T. 5. E-04

L.T. 6. E-04

L.T. 1. E-03

L.T. 6. E-04

L.T. 1. E-03

L.T. 5. E-04

L.T. 8. E-04

L.T. 3. E-03

L.T. 5. E-03

L.T. 6. E-04

L.T. 5. E-04

L.T. 3. E-03

L.T. 1. E-03

L.T. 3. E-03

L.T. 1. E-02

L.T. 8. E-04



(pCi! Cu.M.) STATION NUMBER 37


1229

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

AIR PARTICULATES

8.02+-0.80E-02

L.T. 8. E-03

L.T. 4. E-04

L.T. 6. E-04

L.T. 1. E-03

L.T. 5. E-04

L.T. 8. E-04

L.T. 6. E-04

L.T. 8. E-04

L.T. 4. E-03

L.T. 2. E-02

L.T. 4. E-04

L.T. 6. E-04

LT. 6. E-03

LT. 1. E-03

L.T. 2. E-03

L.T. 8. E-03

L.T. 7. E-04

0331

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

AIR PARTICULATES

8.77+-0.88E-02

LIT. I. E-02

L.T. 5. E-04

L.T. 5. E-04

L.T. I. E-03

L.T. 6. E-04

L.T. 1. E-03

L.T. 5. E-04

L.T. 6. E-04

L.T. 4. E-03

L.T. 6. E-03

L.T. 5. E-04

L.T. 6. E-04

L.T. 3. E-03

L.T. 1. E-03

L.T. 3. E-03

L.T. 8. E-03

L.T. 8. E-04

0630

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

AIR PARTICULATES

1.05+-,11 E-01

L.T. 6. E-03

L.T. 4. E-04

L.T. 6. E-04

LT. 1. E-03

L.T. 5. E-04

L.T. 9. E-04

L.T. 5. E-04

L.T. 6. E-04

L.T. 4. E-03

L.T. 1. E-02

L.T. 4. E-04

L.T. 3. E-04

L.T. 6. E-03

L.T. I. E-03

L.T. 2. E-03

L.T. 7. E-03

L.T. 7. E-04

0929

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

to

w

L,

AIR PARTICULATES

7.60+-0.76E-02

L.T. 9. E-03

L.T. 5. E-04

L.T. 5. E-04

L.T. 1. E-03

L.T. 5. E-04

L.T. 1. E-03

L.T. 6. E-04

L.T. 7. E-04

LT. 4. E-03

L.T. 5. E-03

L.T. 4. E-04

L.T. 5. E-04

L.T. 2. E-03

L.T. 1. E-03

L.T. 3. E-03

L.T. 9. E-03

L.T. 9. E-04

1229

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

AIR PARTICULATES

7.85+-0.79E-02

L.T. 1. E-02

L.T. 5. E-04

L.T. 6. E-04

L.T. 2. E-03

L.T. 4. E-04

L.T.I. E-03

L.T. 7. E-04

L.T. 8. E-04

L.T. 4. E-03

L.T. 2. E-02

L.T. 5. E-04

L.T. 4. E-04

L.T. 7. E-03

L.T. 9. E-04

L.T. 2. E-03

L.T. 6. E-03

L.T. 6. E-04

0331

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228





AIR PARTICULATES 0630 AIR PARTICULATES

9.15+-0.91 E-02 BE-7 8.93+-0.89E-02

L.T. 2. E-02 K-40 L.T. I. E-02

L.T. 6. E-04 MN-54 L.T. 4. E-04

L.T. 7. E-04 CO-58 L.T. 5. E-04

L.T. 2. E-03 FE-59 L.T. 2. E-03

L.T. 6. E-04 CO-60 L.T. 4. E-04

L.T. 1. E-03 ZN-65 L.T. 1. E-03

L.T. 7. E-04 ZR-95 L.T. 6. E-04

L.T. 9. E-04 RU-103 L.T. 7. E-04

L.T. 6. E-03 RU-106 L.T. 4. E-03

L.T. 7. E-03 1-131 L.T. 1. E-02

L.T. 7. E-04 CS-134 L.T. 4. E-04

L.T. 7. E-04 CS-137 L.T. 4. E-04

L.T. 3. E-03 BA-140 L.T. 4. E-03

L.T. 1. E-03 CE-141 L.T. 9. E-04

L.T. 3. E-03 CE-144 L.T. 2. E-03

L.T. 9. E-03 RA-226 L.T, 6. E-03

L.T. 8. E-04 TH-228 L.T. 6. E-04

0929

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

Lq (D

w UJ

AIR PARTICULATES

5.97+-0.60E-02

L.T. 1. E-02

L.T. 5. E-04

L.T. 6. E-04

L.T. 1. E-03

L.T. 5. E-04

L.T. 1. E-03

L.T. 6. E-04

L.T. 7. E-04

L.T. 4. E-03

L.T. 5. E-03

L.T. 5. E-04

L.T. 5. E-04

L.T. 2. E-03

L.T. 8. E-04

L.T. 2. E-03

L.Tr. 6. E-03

L.T. 7. E-04

Wolf Creek Nuclear Operating Corporation Exposure Pathway - Waterborne

Surface Water

(pCi/Liter) STATION NUMBER DC

Gamma Spectrum and Tritium Analysis

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

H-3

0121

L.T. 2. E01

L.T. 5. E01

L.T. 2. E00

L.T. 2. E00

L.T. 5. E00

L.T. 3. E 00

L.T. 5. E 00

L.T. 3. E00

L.T. 3. E 00

L.T. 2. E01

L.T. 5. E 00

L.T. 3. E00

L.T. 3. E00

L.T. 4. E00

L.T. 6. E00

L.T. 2. E01

L.T. 7. E01

L.T. 6. E 00

1.0 +-0.1 E04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

H-3

0218

L.T. 3. E01

L.T. 7. E01

L.T. 3. E 00

L.T. 3. E00

L.T. 6. EOO

L.T. 3, E00

L.T. 7. E 00

L.T. 3. E00

L.T. 3. E 00

L.T. 3. E01

L.T. 5. E00

L.T. 3. E00

L.T. 3. E00

L.T. 4. E00

L.T. 4. E00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E00

1.1 +-0.1 E04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

1o (D1

0318

L.T. 3. E01

L.T. 6. E01

L.T. 3. EOO

L.T. 3. E00

L.T. 6. E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E00

L.T. 4. E00

L.T. 3. E01

L.T. 5. E 00

L.T. 4. E00

L.T. 4. E00

L.T. 5. E 00

L.T. 5. E00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E 00

1.6 +-0.1 E04


Surface Water



SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE-141

CE-144

RA-226

TH-228

H-3

0415

L.T. 4. E01

L.T. I. E 02

L.T. 4. E00

L.T. 5. E 00

L.T. 9. E 00

L.T. 4. E00

L.T. 1. E01

L.T. 4. E00

L.T. 5. E 00

L.T. 4. E01

L.T. 7. E 00

L.T. 4. E00

L.T. 5. E 00

L.T. 6. E 00

L.T. 8. E 00

L.T. 3. E01

L.T. 8. E01

L.T. 7. E 00

1.3 +-0.1 E 04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

H-3

0520

L.T. 3. E 01

L.T. 6. E01

L.T. 3. E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E00

L.T. 4. E00

L.T. 3. E01

L.T. 5. E00

L.T. 3. E 00

L.T. 4. E00

L.T. 4. E00

L.T. 6. E 00

L.T. 3. E01

L.T. 8. E01

L.T. 6. E 00

1.3 +-0.1 E 04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

LQ CD

OD

0610

L.T. 2. E01

L.T. 4. E01

L.T. 2. E00

L.T. 2. E00

L.T. 6. E 00

L.T. 3. E 00

L.T. 6. E 00

L.T. 2. E 00

L.T. 3. E 00

L.T. 2. E01

L.T. 4. E00

L.T. 3. E00

L.T. 4. E00

L.T. 3. E00

L.T. 5. E00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E00

1.2 +-0.1 E 04


Surface Water



SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

H-3

0728

L.T. 2. E01

L.T.4. E01

L.T. 2. E00

L.T. 2. E 00

L.T. 5. E 00

L.T. 2. E 00

L.T. 4. E00

LT. 2. EOO

L.T. 3. E00

L.T. 2. E01

L.T, 6. E 00

L.T. 2. E 00

L.T. 3. E 00

L.T. 4. E00

L.T. 5. E 00

L.T. 2. E01

L.T. 6. E01

L.T. 5, E 00

1.0 +-0. l E 04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-I134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

H-3

0819

L.T. 3. E01

L.T. 6. E01

L.T. 3. E00

L.T. 4. E00

L.T. 6. E00

L.T. 4. E00

L.T. 7. E 00

L.T. 4. EOO

L.T. 4. EOO

L.T. 3. E01

L.T. 9. E00

L.T. 3. E00

L.T. 3. EOO

L.T. 6. E00

L.T. 8. E 00

L.T. 3. E01

L.T. 7. E01

L.T. 7. EOO

1.1 +-0.1 E04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS- 134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

H-3

(D

kD

0916

L.T. 3. E01

L.T. 8. E01

L.T. 3. E 00

L.T. 3. E00

L.T. 7. E 00

L.T. 3. E 00

L.T. 6. EOO

L.T. 3. E00

L.T. 4. E00

L.T. 3. E01

L.T. 7. E00

L.T. 3. E 00

L.T. 3. E00

L.T. 5. E00

L.T. 5. E00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E00

1.1 +-0.1 E04


Surface Water



SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-I134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

1021

L.T. 3. E01

L.T. 6. E01

L.T. 3. E 00

L.T. 3. E00

L.T. 8. E 00

L.T. I EOO

L.T. 7. E00

L.T. 4. E00

L.T. 4. E00

L.T. 3. E01

L.T. 2. E01

L.T. 3. E00

L.T. 3. E00

L.T. 9. E00

L.T. 8. E00

L.T. 3. E01

L.T. 8. E01

L.T. 7. E00

1.1 +-0.1 E04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

1118

L.T. 4. E01

L.T. 9. E01

L.T. 3. E00

L.T. 4. E00

L.T. 9. E00

L.T. 4. E00

L.T. 7. E 00

L.T. 4. E00

L.T. 4. E00

L.T. 3. E01

L.T. 1. E01

L.T. 4. E00

L.T. 4. E00

L.T. 8. E 00

L.T. 7. E00

L.T. 2. E01

L.T. 7. E01

L.T. 6. E00

9.6 +-0.3 E 03

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

L0 (D

T

1215

L.T. 2. E01

L.T. 4. E01

L.T. 2. E00

L.T. 2. E00

L.T. 5. E00

L.T. 2. E00

L.T. 4. E00

L.T. 3. E 00

L.T. 3. E00

L.T. 2. E01

L.T. 5. EOO

L.T. 2. E00

L.T. 3. EOO

L.T. 4. E00

L.T. 5. E00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E00

1.1 +-0. 1 E04


Surface Water

(pCi/Liter) STATION NUMBER MUSH


SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

0121

L.T. 3. E01

L.T. 5. E01

L.T. 3. E00

L.T. 3. E00

L.T. 7. E 00

L.T. 4. E00

L.T. 7. E 00

L.T. 3. E 00

L.T. 4. EOO

L.T. 3. E01

L.T. 6. E00

L.T. 4. E00

L.T. 4. EOO

L.T. 5. E00

L.T. 7. E 00

L.T. 3. E01

L.T. 8. E01

L.T. 7. E00

L.T. 2. E 02

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU- 106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

H-3

0218

L.T. 3. E01

L.T. 5. E01

L.T. 3. E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E 00

L.T. 6. E00

L.T. 3. E00

L.T. 3. E00

L.T. 3. E01

L.T. 4. E00

L.T. 3. E00

L.T. 4. E00

L.T. 4. E00

L.T. 5. E00

L,T. 2. E01

L.T. 7. E01

L.T. 6. E00

L.T. 2. E02

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

,o (D

T H9

0318

L.T. 3. E01

L.T.5. E01

L.T. 3. E00

L.T. 3. E 00

L.T. 7. E 00

L.T. 3. EOO

L.T. 6, EOO

L.T. 3. EOO

L.T. 3. E 00

L.T. 3. E01

L.T. 5. E00

L.T. 3. E00

L.T. 4. E00

L.T. 5. E00

L.T. 6. E00

L.T. 2. E01

L.T. 7. E01

L.T. 6. E 00

L.T. 2. E02


Surface Water



SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-i134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

H-3

0415

L.T. 3. E01

L.T. 9. E01

L.T. 3. E100

L.T. 3. E 00

L.T. 8. E 00

L.T. 4. E100

L.T. 8. E00

L.T. 4. E00

L.T. 4. E00

L.T. 3. E01

L.T. 6. E00

L.T. 4. EO0

L.T. 4. E100

L.T. 5. E00

L.T. 6. E 00

L.T. 2. E01

L.T. 7. E101

L.T. 6. E 00

L.T. 2. E 02

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-i134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

H-3

0520

L.T. 3. E101

L.T. 5. E01

L.T. 3. E 00

L.T. 3. E00

L.T. 7. E100

L.T. 3. E100

L.T. 7. E 00

L.T. 3. E100

L.T. 4. E100

L.T. 3. E01

L.T. 5. E 00

L.T. 3. E100

L.T. 4. E100

L.T. 5. E100

L.T. 5. E100

L.T. 2. E01

L.T. 7. E101

L.T. 6. E 00

L.T. 2. E102

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

CD wo

0610

L.T. 3. E101

L.T. 5. E01

L.T. 3. E 00

L.T. 3. E 00

L.T. 6. E100

L.T. 4. E100

L.T. 7. E 00

L.T. 3. E100

L.T. 4. E100

L.T. 3. E01

L.T. 5. E 00

L.T. 3. E100

L.T. 4. E 00

L.T. 5. E100

L.T. 6. E100

L.T. 3. E01

L.T. 7. E01

L.T. 7. E100

L.T. 2. E102


Surface Water



SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

0728

L.T. 3. E01

L.T. 4. E01

L.T. 3. E300

L.T. 3. E 00

L.T. 6. E 00

L.T. 3. EOO

L.T. 5. E00

L.T. 3. E00

L.T. 3. E00

L.T. 3. E01

L.T. 7. E 00

L.T. 3. E 00

L.T. 3. E 00

L.T. 6. E 00

L.T. 7. E 00

L.T. 3. E01

L.T. 7. E101

L.T. 6. E100

L.T. 2. E02

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-I134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

H-3

0819

L.T. 3. E101

L.T. 8. E101

L.T. 3. E100

L.T. 3. E100

L.T. 6. E100

L.T. 3. E 00

L.T. 6. E 00

L.T. 3. E 00

L.T. 4. E100

L.T. 3. E01

L.T. 8. E100

L.T. 3. E00

L.T. 3. E100

L.T. 6. E00

L.T. 5. E 00

L.T. 2. E01

L.T. 6. E01

L.T. 6. E 00

L.T. 2. E102

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

tO (D

)

(J-o

0916

L.T. 3. E101

L.T. 5. E101

L.T. 3. E100

L.T. 3. E100

L.T. 8. E100

L.T. 4. E00

L.T. 6. E100

L.T. 3. E100

L.T. 4. E100

L.T. 3. E01

L.T. I. E01

L.T. 3. E100

L.T. 4. E100

L.T. 6. E00

L.T. 9. E100

L.T. 3. E01

L.T. 8. E01

L.T. 7. EOO

1.7 +-1.0 E 02


Surface Water



SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-I134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

H-3

1021

L.T. 3. E01

L.T. 5. E01

L.T. 3. E00

L.T. 3. E00

L.T. 8. E 00

L.T. 4. E00

L.T. 8. E 00

L.T. 4. E00

L.T. 5. E 00

L.T. 3. E01

L.T. 1. E01

L.T. 3. E00

L.T. 4. E00

L.T.I. E01

L.T. 7. E 00

L.T. 2. E01

L.T. 7. E01

L.T. 7. E 00

L.T. 3. E02

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

1118

L.T. 3. E01

L.T. 5. E01

L.T. 3. E00

L.T. 3. E00

L.T. 8. E 00

L.T. 4. E00

L.T. 7. E00

L.T. 3. E00

L.T. 4. E00

L.T. 3. E01

L.T.1. E01

L.T. 3. E00

L.T. 4. E00

L.T. 7. E 00

L.T. 7. E00

L.T. 2. E01

L.T. 7. E01

L.T. 6. E00

L.T. 2. E02

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

H-3

LQ

(D

T

htý

ht

1215

L.T. 3. E01

L.T.4. E01

L.T. 3. E00

L.T. 3. EJ00

L.T. 6. E00

L.T. 3. E00

L.T. 5. E00

L.T. 3. E00

L.T. 3. E 00

L.T. 2. E01

L.T. 6. E00

L.T. 3. E00

L.T. 3. E00

L.T. 5. E00

L.T. 6. E00

L.T. 3. E01

L.T. 7. E01

L.T. 6. E00

L.T. 2. E02


Surface Water



SURFACE WATER DUP

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE-141

CE-144

RA-226

TH-228

H-3

0610

L.T. 3. E01

L.T. 5. E01

L.T. 3. EOO

L.T. 3. E00

L.T. 7. E 00

L.T. 4. E00

L.T. 7. E 00

L.T. 4. E00

L.T. 4. E00

L.T. 3. E01

L.T. 6. E00

L.T. 3. E00

L.T. 4. E00

L.T. 5. E 00

L.T. 6. E00

L.T. 2. E01

L.T. 7. E01

L.T. 6. E00

1.9 +-1.0 E 02

LO

U0 wy


Surface Water

(pCi/Liter) STATION NUMBER SP


SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

H-3

0121

L.T. 3. E01

L.T. 9. E01

L.T. 3. E00

L.T. 3. E00

L.T. 7. E00

L.T. 4. E00

L.T. 8. EOO

L.T. 4. E00

L.T. 4. E00

L.T. 3. E01

L.T. 6. E 00

L.T. 4. E00

L.T. 4. E 00

L.T. 4. E00

L.T. 6. E 00

L.T. 2. E01

L.T. 7. E01

L.T. 6. E00

9.6 +-0.3 E 03

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

H-3

0218

L.T. 2. E01

L.T. 4. E01

L.T. 2. E 00

L.T. 2. E 00

L.T. 5. EOO

L.T. 3. E 00

L.T. 5. EOO

L.T. 3. EOO

L.T. 3. E 00

L.T. 3. E01

L.T. 4. E00

L.T. 3. E00

L.T. 4. E00

L.T. 3. E00

L.T. 5. E00

L.T. 2. E01

L.T. 6. E01

L.T. 5. EOO

1.1 +-0.1 E04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS- 134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

H-3

LO

(D T

0318

L.T. 4. E01

L.T. I. E 02

L.T. 4. E00

L.T. 4. E00

L.T. 9. E 00

L.T. 4. E00

L.T. 1. E01

L.T. 4. E00

L.T. 5. E 00

L.T. 4. E01

L.T. 6. E 00

L.T. 5. E00

L.T. 5. E00

L.T. 5. E 00

L.T. 7. E 00

L.T. 3. 301

L.T. 8. E01

L.T. 7. E 00

1.2 +-0.1 E 04


Surface Water



SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE-141

CE-1 44

RA-226

TH-228

H-3

0415

L.T. 3. E01

L.T. 7. E01

L.T. 3. E 00

L.T. 3. E 00

L.T. 6. E 00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E 00

L.T. 3. E 00

L.T. 3. E01

L.T. 5. E 00

L.T. 3. E00

L.T. 3. E00

L.T. 4. E00

L.T. 5. E 00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E 00

1.3 +-0,1 E04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE-141

CE-144

RA-226

TH-228

H-3

0520

L.T. 3. E01

L.T. 5. E01

L.T. 3. E 00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E00

L.T. 3. E00

L.T. 3. E01

L.T. 3. EOO

L.T. 3. EOO

L.T. 3. E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E01

L.T. 8. E01

L.T. 6. E00

1.2 +-0.I E 04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-I134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

H-3

LQ

( tw

0610

L.T. 3. E01

L.T. 5. E01

L.T.3. E00

L.T. 3. E00

L.T. 7. E00

L.T. 3. E00

L.T. 7. E00

L.T. 3. E00

L.T. 3. EOO

L.T. 3. E01

L.T. 5. E 00

L.T. 3. E00

L.T. 3. E00

L.T. 5. E00

L.T. 5. E00

L.T. 2. E01

L.T. 6. E01

L.T. 6. EOO

1.2 +-0.1 E 04


Surface Water



SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS- 137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

0728

L.T. 3. E01

L.T. 8. E01

L.T. 3. E00

L.T. 3. E 00

L.T. 7. E 00

L.T. 3. E00

L.T. 7. E00

L.T. 3. EOO

L.T. 4. E00

L.T. 3. E01

L.T. 7. E 00

L.T. 3. EOO

L.T. 3. E00

L.T. 5. E00

L.T. 5. E00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E00

1.1 +-0.I E04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

0819

L.T. 3. E01

L.T. 5. E01

L.T. 3. E 00

L.T. 3. E 00

L.T. 8. E00

L.T. 3. EOO

L.T. 7. E 00

L.T. 4. E00

L.T. 4. E00

L.T. 3. E01

L.T. I. E01

L.T. 3. E00

L.T. 4. E 00

L.T. 7. E 00

L.T. 9. E00

L.T. 3. E01

L.T. 8. E01

L.T. 7. E00

1.1 +-0.1 E04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

w

CD

wo

0916

L.T. 3. E01

L.T. I. E 02

L.T. 3. E00

L.T. 4. E00

L.T. 8. E 00

L.T. 4. E00

L.T. 8. E 00

L.T. 4. E00

L.T. 4. E00

L.T. 3. E01

L.T. 8. E 00

L.T. 4. E 00

L.T. 4. E00

L.T. 5. E 00

L.T. 7. E 00

L.T. 3. E01

L.T. 7. E01

L.T. 6. EOO

1.1 +-0.1 E04


Surface Water



SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

H-3

1021

L.T. 3. E01

L.T. 8. E01

L.T. 3. E 00

L.T. 3. E00

L.T. 7. E00

L.T. 3. E 00

L.T. 6. E00

L.T. 4. E00

L.T. 4. E00

L.T. 3. E01

L.T. 1. E01

L.T. 3. E00

L.T. 3. E 00

L.T. 7. E 00

L.T. 6. E00

L.T. 2. E01

L.T. 6. E01

L.T. 6. EOO

1.1 +-0.1 E04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

H-3

1118

L.T. 4. E01

L.T. 1. E 02

L.T. 4. E00

L.T. 4. E00

L.T. I. E01

L.T. 4. E00

L.T. 9. E00

L.T. 5. E00

L.T. 5. EOO

L.T. 4. E01

L.T. 2. E01

L.T. 5. E00

L.T. 5. E 00

L.T. 9. E 00

L.T. 9. E 00

L.T. 3. E01

L.T. 8. E01

L.T. 7. E00

1.0 +-0.1 E 04

SURFACE WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE-141

CE-144

RA-226

TH-228

H-3

CO

1215

L.T. 2. E01

L.T. 5. E01

L.T. 3. E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E00

L.T. 6. EOO

L.T. 3. E00

L.T. 3. E00

L.T. 2. E01

L.T. 5. E 00

L.T. 3. E 00

L.T. 3. E 00

L.T. 5. E00

L.T. 4. E00

L.T. 2. E01

L.T. 5. E01

L.T. 5. E 00

1.1 +-0.1 E04


Ground Water

(pCi/Liter) STATION NUMBER B- 12 Gamma Spectrum Analysis

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

0218

L.T. 3. E01

L.T. 6. E01

L.T. 3. E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E 00

L.T. 4. E00

L.T. 3. E01

L.T. 6. E00

L.T. 4. EOO

L.T. 4. E00

L.T. 5. E00

L.T. 7. E00

L.T. 3. E01

L.T. 8. E01

L.T. 7. E 00

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

0520

L.T. 4. E01

L.T. 1. E 02

L.T. 4. E00

L.T. 4. E00

L.T. 9. E 00

L.T. 4. E00

L.T. 9. EOO

L.T. 5. E 00

L.T. 5. E 00

L.T. 4. E01

L.T. 7. E00

L.T. 5. E00

L.T. 5. E00

L.T. 6. E00

L.T. 7. E 00

L.T. 3. E01

L.T. 9. E01

L.T. 7. E00

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

I.Q

U.," 0

0819

L.T. 3. E 01

L.T. 5. E01

L.T. 3. E 00

L.T. 3. E 00

L.T. 6. E00

L.T. 3. E 00

L.T. 5. E00

L.T. 3. E 00

L.T. 3. E 00

L.T. 2. E01

L.T. 9. E00

L.T. 3. E00

L.T. 3. E00

L.T. 6. E 00

L.T. 6. EOO

L.T. 2. E01

L.T. 7. E01

L.T. 6. E00


Ground Water

(pCi/Liter) STATION NUMBER B-12 Gamma Spectrum Analysis

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

1118

L.T. 3. E01

L.T. 7. E01

L.T. 3. E00

L.T. 3. E00

L.T. 7. E 00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E 00

L.T. 4. E00

L.T. 3. E01

L.T. 1. E01

L.T. 3. E 00

L.T. 3. E00

L.T. 6. E00

L.T. 6. E 00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E 00

GROUND WATER DUP

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

10

(D w• U, H'

0520

L.T. 2. E01

L.T. 5. E01

L.T. 2. E00

L.T. 2. E00

L.T. 5. E00

L.T. 3. E00

L.T. 5. E00

L.T. 3. E 00

L.T. 3. E00

L.T. 2. E01

L.T. 4. E00

L.T. 3. E 00

L.T. 3. EOO

L.T. 4. E00

L.T. 5. E 00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E 00


Ground Water (pCi/Liter)

STATION NUMBER B-12 Tritium Analysis

Collection Date: H-3

0218 L.T. 2. E02

0520* L.T. 2. E 02

0520 L.T. 2. E 02

0819 L.T. 2. E 02

1118 L.T. 2. E02

.Q

vi W U,

* Duplicate


Ground Water

(pCi/Liter) STATION NUMBER 13- 12

Radiochemical Analysis

Collection Date: 1-131

0218 L.T. 2. E-01

0520* L.T. 5. E-01

0520 L.T. 5. E-01

0819 L.T. 2. E-01

1118 L.T. 5. E-01

to

(D

U)

* Duplicate


Ground Water

(pCi/Liter) STATION NUMBER C-10 Gamma Spectrum Analysis

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

0218

L.T. 2. E01

L.T. 5. E01

L.T. 2. E00

L.T. 3. E00

L.T. 5. E 00

L.T. 3. E 00

L.T. 5. E 00

L.T. 3. E00

L.T. 3. E00

L.T. 2. E01

L.T. 5. E 00

L.T. 3. E00

L.T. 3. E00

L.T. 4. E00

L.T. 6. E00

L.T. 2. E01

L.T. 7. E01

L.T. 6. E00

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

0520

L.T. 3. E01

L.T. 5. E01

L.T. 3. E 00

L.T. 3. E 00

L.T. 7. E 00

L.T. 3. E 00

L.T. 7. E 00

L.T. 3. E 00

L.T. 3. E 00

L.T. 3. E01

L.T. 5. E 00

L.T. 3. E 00

L.T. 3. E00

L.T. 5. EOO

L.T. 6. E 00

L.T. 3. E01

L.T. 7. E01

L.T. 7. E 00

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

ILi: (D

T3

0819

L.T. 3. E01

L.T. 4. E01

L.T. 3. E00

L.T. 3. E00

L.T. 5. E 00

L.T. 3. E00

L.T. 6. EOO

L.T. 3. E00

L.T. 3. E00

L.T. 3. E01

L.T. 8. E00

L.T. 3. E00

L.T. 4. E00

L.T. 6. EOO

L.T. 6. E00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E 00


Ground Water


GROUND WATER 1124

BE-7 L.T. 3. E 01

K-40 L.T. 5. E 01

MN-54 L.T. 3. E 00

CO-58 L.T. 3. E 00

FE-59 L.T. 7. E 00

CO-60 L.T. 3. E 00

SZN-65 L.T. 6. E 00 1O (D

ZR-95 L.T. 3. E 00 Il

U, RU- 103 L.T. 4. E 00

RU-106 L.T. 3. E01

1-131 L.T. 7. E 00

CS-134 L.T. 3. E00

CS-137 L.T. 3. EOO

BA-140 L.T. 6. EOO

CE-141 L.T. 5. E 00

CE-144 L.T. 2. E01

RA-226 L.T. 6. E01

TH-228 L.T. 6. E 00


Ground Water

(pCi/Liter) STATION NUMBER C-10

Tritium Analysis


0218 L.T. 2. E02

0520 L.T. 2. E 02

0819 L.T. 2. E 02

1124 L.T. 2. E02

pJ

Lfl M'

Wolf Creek Nuclear Operating Corporation Exposure Pathway -Waterborne

Ground Water



Collection Date 1-131

0218 L.T. 2. E-01

0520 L.T. 2. E-01

0819 L.T. 2. E-01

1124 L.T. 2. E-01

tO

(D

.,-


Ground Water


GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

0218

L.T. 3.

L.T. 9.

L.T. 3.

L.T. 3.

L.T. 7.

L.T. 4.

L.T. 8.

L.T. 4.

L.T. 4.

L.T. 3.

L.T. 6.

L.T. 4.

L.T. 4.

L.T. 5.

L.T. 6.

L.T. 2.

L.T. 7.

L.T. 6.

E01

E01

E 00

E 00

E 00

E 00

E 00

E 00

E 00

E01

E 00

E 00

E 00

E 00

E 00

E01

E01

E 00

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-I134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

0520

L.T. 3.

L.T. 7.

L.T. 3.

L.T. 3.

L.T. 6.

L.T. 3.

L.T. 7.

L.T. 4.

L.T. 3.

L.T. 3.

L.T. 5.

L.T. 3.

L.T. 3.

L.T. 4.

L.T. 5.

L.T. 2.

L.T. 6.

L.T. 6.

E01

E01

E 00

E 00

E 00

E 00

E 00

E 00

E 00

E01

E 00

E 00

E 00

E 00

E 00

E01

E01

E 00

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

(D

CD

0819

L.T. 3.

L.T. 5.

L.T. 3.

L.T. 4.

L.T. 8.

L.T. 3.

L.T. 7.

L.T. 3.

L.T. 5.

L.T. 3.

L.T. 1.

L.T, 4.

L.T. 4.

L.T. 7.

L.T. 8.

L.T. 3.

L.T. 8.

L.T. 7.

E01

E01

E 00

E 00

E 00

E 00

EOO

E 00

E 00

E01

E01

E 00

E 00

E 00

EOO

E01

E01

EOO



STATION NUMBER C-49 Gamma Spectrum Analysis

GROUND WATER 1118

BE-7 L.T. 3. E 01

K-40 L.T. 5. E01

MN-54 L.T. 3. E 00

CO-58 L.T. 3. E 00

FE-59 L.T. 8. E 00

CO-60 L.T. 4. E 00

ZN-65 L.T. 7. E 00

(D ZR-95 L.T. 4. E 00

ko RU-103 L.T. 4. E 00

RU-106 L.T. 3. E01

1-131 L.T. 1. E01

CS-134 L.T. 3. E 00

CS-137 L.T. 3. E 00

BA-140 L.T. 7. E 00

CE-141 L.T. 9. E 00

CE-144 L.T. 3. E01

RA-226 L.T. 9. E 01

TH-228 L.T. 7. E 00



STATION NUMBER C-49 Tritium Analysis


0218 L.T. 2. E 02

0520 L.T. 2. E 02

0819 L.T. 2. E 02

1118 L.T. 2. E02

t.O o ID

O0


Ground Water




0218 L.T. 2. E-01

0520 L.T. 3. E-01

0819 L.T. 2. E-01

1118 L.T. 7. E-01

to

ID O• (D

Wolf Creek Nuclear Operating Corporation Exposure Pathway - Waterbome

Ground Water

(pCi/Liter) STATION NUMBER D-65 Gamma Spectrum Analysis

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

0218

L.T. 3.

L.T. 5.

L.T. 3.

L.T. 3.

L.T. 6.

L.T. 3.

L.T. 7.

L.T. 3.

L.T. 3.

L.T. 3.

L.T. 5.

L.T. 3.

L.T. 4.

L.T. 4.

L.T. 6.

L.T. 2.

L.T. 7.

L.T. 6.

E01

E01

E 00

E 00

E 00

E 00

E 00

E 00

E 00

E01

E 00

E 00

E 00

E 00

E 00

E01

E01

E 00

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE- 144

RA-226

TH-228

0520

L.T. 3. E 01

L.T. 6. E01

L.T. 3. EOO

L.T. 3. E 00

L.T. 7. EOO

L.T. 3. E 00

L.T. 8. E 00

L.T. 4. E00

L.T. 4. E00

L.T. 3. E01

L.T. 5. E 00

L.T. 4. E00

L.T. 4. EOO

L.T. 5. EOO

L.T. 7. E 00

L.T. 3. E01

L.T. 8. E01

L.T. 7. E00

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA- 140

CE-141

CE-144

RA-226

TH-228

tQ

0)

tj

0819

L.T. 3.

L.T. 5.

L.T. 3.

L.T. 3.

L.T. 8.

L.T. 3.

L.T. 7.

L.T. 3.

L.T. 4.

L.T. 3.

L.T. 1.

L.T. 3.

L.T. 3.

L.T. 7.

L.T. 9.

L.T. 3.

L.T. 8.

L.T. 7.

E01

E01

E 00

E 00

E 00

E 00

E 00

E 00

E 00

E01

E01

E 00

E 00

E 00

E 00

E01

E01

E 00


Ground Water

(pCi/Liter) STATION NUMBER D-65 Gamma Spectrum Analysis

GROUND WATER 1118

BE-7 L.T. 3. E 01

K-40 L.T. 4. E 01

MN-54 L.T. 2. E 00

CO-58 L.T. 3. E 00

FE-59 L.T. 6. E 00

CO-60 L.T. 3. E 00

10 ZN-65 L.T. 6. E 00 pi ZR-95 L.T. 3. E 00

RU- 103 L.T. 4. E 00

RU-106 L.T. 2. E01

1-131 L.T.1. E01

CS-134 L.T. 3. E00

CS-137 L.T. 3. E 00

BA- 140 L.T. 6. E 00

CE-141 L.T. 7. E 00

CE-144 L.T. 2. E01

RA-226 L.T. 7. E 01

TH-228 L.T. 6. E 00


Ground Water

(pCi/Liter) STATION NUMBER D-65

Tritium Analysis


0218 L.T. 2. E02

0520 L.T. 2. E 02

0819 L.T. 2. E 02

1118 L.T. 2. E02

LQ t(

Wolf Creek Nuclear Operating Corporation Exposure Pathway - Waterbome


STATION NUMBER D-65 Radiochemical Analysis


0218 L.T. 2. E-01

0520 L.T. 3. E-01

0819 L.T. 2. E-01

1118 L.T. 7. E-01

t• (D

w U,


Ground Water

(pCi/Liter) STATION NUMBER L-49 Gamma Spectrum Analysis

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS- 137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

0218

L.T. 3.

L.T. 6.

L.T. 3.

L.T. 3.

L.T. 6.

L.T. 3.

L.T. 9.

L.T. 4.

L.T. 4.

L.T. 3.

L.T. 5.

L.T. 3.

L.T. 4.

L.T. 5.

L.T. 5.

L.T. 2.

L.T. 6.

L.T. 6.

E01

E01

EOI E 00

E 00

E 00

E 00

E 00

E 00

E 00

E01

E 00

E 00

E 00

E00

E 00

E01

E01

E 00

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS- 134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

0520

L.T. 4.

L.T. 1.

L.T. 4.

L.T. 4.

L.T. 9.

L.T. 5.

L.T. 1.

L.T. 5.

L.T. 5.

L.T. 4.

L.T. 7.

L.T. 5.

L.T. 5.

L.T. 6.

L.T. 7.

L.T. 3.

L.T. 9.

L.T. 8.

EOI

E 02

E 00

E 00

E 00

E 00

EOI

E 00

E 00

EOI

E 00

E 00

E 00

E 00

E 00

EOI

EOI

E 00

GROUND WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

to

0"% 0.'

0819

L.T. 3. E01

L.T. 5. E01

L.T. 3. E 00

L.T. 3. E00

L.T. 6. E00

L.T. 3. EOO

L.T. 5. EOO

L.T. 3. E00

L.T. 3. EOO

L.T. 2. E01

L.T. 1. E01

L.T. 3. EOO

L.T. 3. E 00

L.T. 6. EOO

L.T. 7. E00

L.T. 2. E01

L.T. 7. E01

L.T. 6. E00


Ground Water

(pCi/Liter) STATION NUMBER L-49 Gamma Spectrum Analysis

GROUND WATER 1118

BE-7 L.T. 3. E 01

K-40 L.T. 6. E 01

MN-54 L.T. 3. E 00

CO-58 L.T. 3. E 00

FE-59 L.T. 7. E 00

CO-60 L.T. 3. E 00

ZN-65 L.T. 7. E 00 tQ (D~ w ZR-95 L.T. 4. E 00 0'3

"RU-103 L.T. 4. E 00

RU-106 L.T. 3. E01

1-131 L.T. I. E01

CS-134 L.T. 3. E 00

CS-137 L.T. 4. E 00

BA-140 L.T. 7. E 00

CE-141 L.T. 6. E 00

CE-144 L.T. 2. E01

RA-226 L.T. 6. E 01

TH-228 L.T. 6. E 00


Ground Water

(pCi/Liter) STATION NUMBER L-49

Tritium Analysis


0218 L.T. 2. E02

0520 L.T. 2. E 02

0819 L.T. 2. E 02

1118 L.T. 2. E02

to (D

oD a,



STATION NUMBER L-49 Radiochemical Analysis


0218 L.T. 2. E-01

0520 L.T. 3. E-01

0819 L.T. 2. E-01

1118 L.T. 6. E-0I

LQ (D

T a WO


Drinking Water

(pCi/Liter) STATION NUMBER BW15 Gamma Spectrum Analysis

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

0106 I 0203

L.T. 2. E01

L.T. 5. E01

L.T. 3. E00

L.T. 2. E00

L.T. 6. E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E00

L.T. 3. E00

L.T. 3. E01

L.T. 4. E00

L.T. 3. E00

L.T. 3. E00

L.T. 3. EOO

L.T. 5. E00

L.T. 2. E01

L.T. 6. E01

L.T. 6. E00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

0203 / 0303

L.T. 2. E01

L.T. 4. E01

L.T. 2. E00

L.T. 2. E00

L.T. 4. E00

L.T. 2. E00

L.T. 4. E00

L.T. 2. E00

L.T. 2. E00

L.T. 2. E01

L.T. 3. EOO

L.T. 2. E00

L.T. 3. E00

L.T. 2. E00

L.T. 4. E00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

0303 I 0407

L.T. 3. E01

L.T. 5. E01

L.T. 3. E 00

L.T. 3. E00

L.T. 7. E 00

L.T. 4. E00

L.T. 7. E 00

L.T. 3. E00

L.T. 4. E00

L.T. 3. E01

L.T. 6. E 00

L.T. 4. E00

L.T. 4. EOO

L.T. 5. E00

L.T. 7. E00

L.T. 3. E01

L.T. 7. E01

L.T. 7. E 00

tD

w

.,.


Drinking Water


DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

0407 / 0505

L.T, 3. E01

L.T. 5. E01

L.T. 3, E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. EOO

L.T. 6. E00

L.T. 3. E00

L.T. 4. EOO

L.T. 3. E01

L.T. 6. EOO

L.T. 3. E00

L.T. 4. E00

L.T. 4. EOO

L.T. 6. E00

L.T. 2. E01

L.T. 7. E01

L.T. 6. EOO

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

0505 / 0602

L.T. 2. E01

L.T. 5. E01

L.T. 2. E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E00

L.T. 5. E00

L.T. 3. E00

L.T. 3. E00

L.T. 2. E01

L.T. 6. E00

L.T. 3. E00

L.T. 3. E00

L.T. 4. E00

L.T. 5. E00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E 00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE- 144

RA-226

TH-228

0602 / 0707

L.T. 3. E01

L.T. 4. E01

L.T. 3. E00

L.T. 2. E00

L.T. 5. EOO

L.T. 2. E00

L.T. 5. E 00

L.T. 3. E00

L.T. 3. E00

L.T. 2. E01

L.T. 6. E00

L.T. 3. EOO

L.T. 3. E00

L.T. 5. E 00

L.T. 6. E00

L.T. 2. E01

L.T. 7. E01

L.T. 6. E00

(D

w

H..


Drinking Water


DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

0707 I 0804

L.T, 3. E01

L.T. 5. E01

L.T. 3. E00

L.T. 2. E00

L.T. 5. E00

L.T. 3. E00

L.T. 5. E00

L.T. 3. E00

L.T. 3. E00

L.T. 2. E01

L.T,5. B 00

L.T. 3. E00

L.T. 3. E00

L.T. 4. E00

L.T. 6. E00

L.T. 2. E01

L.T. 7. E01

L.T. 6, E00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

0804 I 0901

L.T. 3. E01

L.T. 5. E01

L.T. 3. EOO

L.T. 3. E 00

L.T. 5. E00

L.T. 3. E00

L.T. 6. E 00

L.T. 3. EOO

L.T. 3. E00

L.T. 2. E01

L.T. 6. E00

L.T. 3. E 00

L.T. 3. E 00

L.T. 4. E00

L.T. 6. E00

L.T. 2. E01

L.T. 7. E01

L.T. 6. EOO

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

0901 / 1006

L.T. 3. E01

L.T. 4. E01

L.T. 3. E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E 00

L.T. 4. E00

L.T. 3. E00

L.T. 4. E00

L.T. 3. E01

L.T. 1. E01

L.T. 3. E00

L.T. 3. E00

L.T. 7. E 00

L.T. 7. E00

L.T. 2. E01

L.T. 7. E01

L.T. 6. E 00

(D

tJ


Drinking Water

(pCi/Liter) STATION NUMBER BW 15 Gamma Spectrum Analysis

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65 to

ZR-95

.Z RU-103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

1006 / 1103

L.T. 3. E 01

L.T. 7. E01

L.T. 3. E00

L.T. 3. E 00

L.T. 7. E00

L.T. 3. E00

L.T. 6. E00

L.T. 3. E00

L.T. 4. E00

L.T. 3. E01

L.T. 1. E01

L.T. 3. E 00

L.T. 3. E00

L.T. 8. E 00

L.T. 6. E00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

1103 / 1201

L.T. 3. E01

L.T. 5. E01

L.T. 3. E 00

L.T. 3. E 00

L.T. 7. EOO

L.T. 3. E00

L.T. 5. E 00

L.T. 3. EOO

L.T. 4. E00

L.T. 2. E01

L.T. 2. E01

L.T. 3. EOO

L.T, 3. E00

L.T. 9. E00

L.T. 8. EOO

L.T. 2. E01

L.T. 7. E01

L.T. 6. E 00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU- 106

1-131

CS-I134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

1201 / 0105

L.T. 3. E01

L.T. 5. E01

L.T. 3. E00

L.T. 4. E00

L.T. 7. EOO

L.T, 4. EOO

L.T. 7. E 00

L.T. 4. E00

L.T. 4. E00

L.T. 3. E01

L.T. 7. E00

L.T. 4. EOO

L.T. 3. E 00

L.T. 6. E00

L.T. 8. EOO

L.T. 3. E01

L.T. 8. E01

L.T. 7. E 00


Drinking Water


DRINKING WATER DUP

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA-140

CE-141

CE- 144

RA-226

TH-228

0901 / 1006

L.T. 3.

L.T. 5.

L.T. 3.

L.T. 3.

L.T. 8.

L.T. 3.

L.T. 7.

L.T. 3.

L.T. 4.

L.T. 3.

L.T. 2.

L.T. 3.

L.T. 3.

L.T. 9.

L.T. 7.

L.T. 2.

L.T. 6.

L.T. 6.

E01

E01

E 00

E 00

E 00

E 00

E 00

E 00

E 00

E01

E01

E 00

E 00

E 00

E 00

E01

E01

E 00

() Q


Drinking Water

(pCi/Liter) STATION NUMBER BW15


Start Date:

0106

0203

0303

0407

0505

0602

0707

0804

0901*

0901

1006

1103

1201

Stop Date:

0203

0303

0407

0505

0602

0707

0804

0901

1006

1006

1103

1201

0105

,d Ln

GR-B

5.9 +-1.3 E00

4.3 +-1.2 E 00

4.8 +-1.2 E 00

5.3 +-1.2 E00

4.9 +-1.2 E 00

5.3 +-1.3 E 00

6.5 +-1.3 E 00

5.4 +-1.3 E00

5.9 +-1.8 E00

4.6 +-1.6 E00

5.5 +-i.3 E 00

1.9 +-0.4 E 01

5.5 +-1.2 E00

* Duplicate


Drinking Water


Tritium Analysis

Start Date: Stop Date: H-3

0106 0407 L.T. 3. E 02

0407 0707 1.8 +-1.0 E 02

0707 1006 L.T. 3. E 02

1006 0105 L.T. 2. E 02

(D

C,)


Drinking Water


Radiochemnical Analysis

Start Date: Stop Date: 1-131

0106 0203 L.T. 8. E-01

0203 0303 L.T. 7. E-01

0303 0407 L.T. 1. E 00

0407 0505 L.T. 6. E-01

0505 0602 L.T. I. E 00 t•

0602 0707 L.T. 9. E-01

"0707 0804 L.T. 9. E-01

0804 0901 L.T. 7. E-01

0901" 1006 L.T. 5. E-01

0901 1006 L.T. 4. E-01

1006 1103 L.T. 7. E-01

1103 1201 L.T. 3. E-01

1201 0105 L.T. 8. E-01

* Duplicate


Drinking Water

(pCi/Liter) STATION NUMBER BW 15

Gamma Spectrum Analysis (Grab Sample)

DRINKING WATER 0128 (GRAB)

BE-7 L.T. 2. E 01

K-40 L.T. 4. E 01

MN-54 L.T. 2. E 00

CO-58 L.T. 2. E 00

FE-59 L.T. 5. E 00

CO-60 L.T. 2. E 00 v SZN-65 L.T. 4. E 00

ZR-95 L.T. 2. E 00 00

RU-103 L.T. 3. EO0

RU-106 L.T. 2. E01

1-131 L.T. 5. E 00

CS-134 L.T. 2. E 00

CS-137 L.T. 2. E00

BA-140 L.T. 4. E 00

CE-141 L.T. 5. E00

CE-144 L.T. 2. E01

RA-226 L.T. 5. E 01

TH-228 L.T. 5. E 00


Drinking Water


Radiochemical Analysis (Grab Sample)

Date: GR-B

0128 4.0 +-1.2 E 00

to wD


Drinking Water


Radiochemical Analysis (Grab Sample)

Date: 1-131

0128 L.T. 5. E-01

10

(D

0


Drinking Water

(pCi/Liter) STATION NUMBER LW40 Gamma Spectrum Analysis

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

0106

L.T. 2.

L.T. 6.

L.T. 2.

L.T. 2.

L.T. 5.

L.T. 2.

L.T. 5.

L.T. 3.

L.T. 3.

L.T. 2.

L.T. 3.

L.T. 3.

L.T. 3.

L.T. 3.

L.T. 4.

L.T. 2.

L.T. 5.

L.T. 5.

/ 0203

E01

E01

E 00

E 00

E 00

E 00

E 00

E 00

E 00

E01

E 00

E 00

E 00

E 00

E 00

E01

E01

E 00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

0203

L.T. 3.

L.T. 4.

L.T. 3.

L.T. 3.

L.T. 5.

L.T. 3.

L.T. 6.

L.T. 3.

L.T. 3.

L.T. 3.

L.T. 4.

L.T. 3.

L.T. 3.

L.T. 4.

L.T. 5.

L.T. 2.

L.T. 6.

L.T. 6.

/ 0303

E01

E01

E 00

E 00

E 00

E 00

E 00

E 00

E 00

E01

EOO

E 00

EOO

E 00

E 00

E01

E01

E 00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

0303 / 0402

L.T. 3. E01

L.T. 8. E01

L.T. 3. E 00

L.T. 3. E 00

L.T. 6. E00

L.T. 3. E00

L.T. 7. E 00

L.T. 3. E00

L.T. 3. E 00

L.T. 3. E01

L.T. 5. E 00

L.T. 3. E00

L.T. 3. E 00

L.T. 4. E00

L.T. 5. E00

L.T. 2. E01

L.T. 6. E01

L.T. 5. E 00

w

OD i-j


Drinking Water


DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

0407

L.T. 3.

L.T. 9.

L.T. 3.

L.T. 4.

L.T. 7.

L.T. 4.

L.T. 7.

L.T. 4.

L.T. 4.

L.T. 3.

L.T. 7.

L.T. 4.

L.T. 4.

L.T. 6.

L.T. 6.

L.T. 2.

L.T. 7.

L.T. 6.

/ 0505

E01

E 01

E 00

E 00

E 00

E 00

E 00

E 00

E 00

E 01

E 00

E 00

E 00

E 00

E 00

E01

E 01

E 00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

0505

L.T. 3.

L.T. 8.

L.T. 3.

L.T. 3.

L.T. 7.

L.T. 3.

L.T. 6.

L.T. 3.

L.T. 4.

L.T. 3.

L.T. 8.

L.T. 3.

L.T. 3.

L.T. 5.

L.T. 5.

L.T. 2.

L.T. 6.

L.T. 6.

/ 0602

E01

E01

E 00

E 00

E 00

E 00

E 00

E 00

E 00

E01

E 00

E 00

E 00

E 00

E 00

E01

E01

E 00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

t• (D

t'J

0602

L.T. 3.

L.T. 5.

L.T. 3.

L.T. 3.

L.T. 7.

L.T. 3.

L.T. 7.

L.T. 3.

L.T. 4.

L.T. 3.

L.T. 8.

L.T. 3.

L.T. 3.

L.T. 6.

L.T. 8.

L.T. 3.

L.T. 8.

L.T. 6.

/ 0707

EOI

EO1

E 00

E 00

E O0

E 00

E 00

E 00

E 00

EOI

E 00

E 00

E 00

E 00

E 00 E 00

EOI

EO0 E 01


Drinking Water


DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-I134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

0707 / 0804

L.T, 3. E01

L.T. 6. E01

L.T. 3. E 00

L.T. 3. E00

L.T. 7. E 00

L.T. 3. E00

L.T. 7. E 00

L.T. 3. E00

L.T. 4. E00

L.T. 3. E01

L.T. 6. E00

L.T. 3. E 00

L.T. 3. E 00

L.T. 6. E 00

L.T. 5. E 00

L.T. 2. E01

L.T. 6. E01

L.T. 6. E00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

0804

L.T. 3.

L.T. 5.

L.T. 3.

L.T. 3.

L.T. 6.

L.T. 3.

L.T. 7.

L.T. 3.

L.T. 4.

L.T. 3.

L.T. 7.

L.T. 3.

L.T. 3.

L.T. 5.

L.T. 8.

L.T. 3.

L.T. 8.

L.T. 7.

/ 090...,

E01

E01

E 00

E 00

E 00

E 00

E 00

E 00

E 00

E01

E 00

E 00

E 00

E 00

E 00

E01

E01

E 00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

tQ (I

co W

0901

L.T. 3.

L.T. 6.

L.T. 2.

L.T. 3.

L.T. 6.

L.T. 2.

L.T. 5.

L.T. 3.

L.T. 3.

L.T. 2.

L.T. 1.

L.T. 3.

L.T. 3.

L.T. 6.

L.T. 5.

L.T. 2.

L.T. 5.

L.T. 5.

/ 1006

E01

E01

E 00

E 00

E 00

E 00

E 00

E 00

E 00

E01

E01

E 00

E 00

E 00

E 00

E01

E01

E 00


Drinking Water


DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

1006 / 1103

L.T. 3. E01

L.T. 5. E01

L.T. 3. E00

L.T. 3. E 00

L.T. 8. EOO

L.T. 3. E 00

L.T. 6. E00

L.T. 3. E 00

L.T. 4. E00

L.T. 3. E01

L.T. 1. E01

L.T. 3. E00

L.T. 4. E 00

L.T. 9. E00

L.T. 7. E 00

L.T. 2. E01

L.T. 6. E01

L.T. 6. E00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

1103

L.T. 4.

L.T. 6.

L.T. 3.

L.T. 4.

L.T. 9.

L.T. 4.

L.T. 7.

L.T. 4.

L.T. 5.

L.T. 3.

L.T. 2.

L.T. 4.

L.T. 4.

L.T. 1.

L.T. 1.

L.T. 3.

L.T. 9.

L.T. 8.

/ 1201

E01

E01

E 00

E 00

E 00

E 00

E 00

E 00

E 00

E01

E01

E 00

E 00

E01

E01

E01

E01

E 00

DRINKING WATER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

10

(D~

T OD

1201

L.T. 3.

L.T. 5.

L.T. 3.

L.T. 3.

L.T. 6.

L.T. 3.

L.T. 6.

L.T. 3.

L.T. 3.

L.T. 3.

L.T. 5.

L.T. 3.

L.T. 4.

L.T. 5.

L.T. 6.

L.T. 2.

L.T. 7.

L.T. 6.

/ 0105

E 01

E 01

E 00

E 00

E 00

E 00

E 00

E 00

E 00

E01

E 00

E 00

E 00

E 00

E 00

E01

E01

E 00


Drinking Water

(pCi/Liter) STATION NUMBER LW40


Start Date: Stop Date: GR-B

0106 0203 4.2 +-1.2 E 00

0203 0303 3.1 +-0.9 E 00

0303 0407 4.9 +-1.1 E 00

0407 0505 3.8 +-1.1 E 00

0505 0602 4.0 +-1.0 E 00

0602 0707 4.8 +-1.1 E 00

0707 0804 6.6 +-1.2 E 00 Ct (D

W 0804 0901 6.6 +-1.3 E 00 I

Ln 0901 1006 4.7 +-1.1 E 00

1006 1103 4.5 +-1.! E00

1103 1201 2.0 +-0.4 E 01

1201 0105 6.0 +-1.1 E 00

* Duplicate


Drinking Water


Tritium Analysis

Start Date: Stop Date: H-3

0106 0407 L.T. 3. E 02

0407 0707 L.T. 2. E 02

0707 1006 L.T. 3. E 02

1006 0105 L.T. 2. E 02

ho

OD 0)


Drinking Water



Start Date: Stop Date: 1-131

0106 0203 L.T. 9. E-01

0203 0303 L.T. 7. E-01

0303 0407 L.T. 1. E 00

0407 0505 L.T. 8. E-01

0505 0602 L.T. 9. E-01

0602 0707 L.T. 1. E 00

0707 0804 L.T. 7. E-01 (D

T 0804 0901 L.T. 6. E-01 00

" " 0901 1006 L.T. 1. E 00

1006 1103 L.T. 7. E-01

1103 1201 L.T. 6. E-01

1201 0105 L.T. 8. E-01

* Duplicate


Shoreline Sediment

(pCi/KG DRY) STATION NUMBER DC Gamma Spectrum Analysis

0518

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

SHORELINE SEDIMENT

L.T. 3. E02

6.82+-0.68E 03

L.T. 3. E01

L.T. 3. E01

L.T. 7. E01

L.T. 3. E01

L.T. 6. E01

L.T. 3. E01

L.T. 3. E01

L.T. 2. E02

L.T. 5. E01

L.T. 3. E01

L.T. 3. E01

L.T. 4. E01

L.T. 4. E01

L.T. 2. E02

1.05+-0.45E 03

6.88+-0.69E 02

1001

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA-140

CE-I141

CE- 144

RA-226

TH-228

(d

co M

SHORELINE SEDIMENT

1.52+-0.30E 03

9.00+-0.90E 03

L.T. 3. E01

L.T. 3. E01

L.T. 7. E01

L.T. 4. E01

L.T. 7. E01

L.T. 4. E01

L.T. 4. E01

L.T. 3. E02

L.T. 1. E 02

L.T. 5. E01

8.85+-3.25E 01

L.T. 8. E01

L.T. 7. E01

L.T. 2. E 02

2.06+-0.54E 03

1.08+-0.1 E 03


Shoreline Sediment

(pCi/KG DRY) STATION NUMBER EEA Gamma Spectrum Analysis

0413

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU- 106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

SHORELINE SEDIMENT

L.T. 3. E02

5.64+-0.56E 03

L.T. 3. E01

L.T. 3. E01

L.T. 7. E01

L.T. 3. E01

L.T. 6. E01

L.T. 4. E01

L.T. 4. E01

L.T. 3. E02

L.T. 9. E01

L.T. 4. E01

L.T. 3. E01

L.T. 6. E01

L.T. 5. E01

L.T. 2. E02

1.53+-0.43E 03

6.54+-0.65E 02

1130

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

kO

SHORELINE SEDIMENT

L.T. 3. E02

1.10+-0. 11E 04

L.T. 3. E01

L.T. 3. E01

L.T. 7. E01

L.T. 3. E01

L.T. 1. E 02

L.T. 4. E01

L.T. 4. E01

L.T. 3. E 02

L.T. 9. E01

L.T. 4. E01

2.86+-0.39E 02

L.T. 7. E01

L.T. 7. E01

L.T. 2. E02

1.82+-0.57E 03

1.04+-0. I OE 03


Shoreline Sediment

(pCi/KG DRY) STATION NUMBER JRR Gamma Spectrum Analysis

0610

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

SHORELINE SEDIMENT

L.T. 2. E02

7.94+-0.79E 03

L.T. 2. E01

L.T. 2. E01

L.T. 5. E01

L.T. 3. E01

L.T. 6. E01

L.T. 3. E01

L.T. 3. E01

L.T. 2. E02

L.T. 7. E01

L.T. 3. E01

5.22+-2.37E 01

L.T. 4. E01

L.T. 4. E01

L.T. I. E 02

2.23+-0.38E 03

9.82+-0.98E 02

1001

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

LQ

0

SHORELINE SEDIMENT

7.91+-2.OOE 02

1.02+-0.1OE 04

L.T. 3. E01

L.T. 2. E01

L.T. 6. E01

L.T. 2. E01

L.T. 5. E01

L.T. 3. E01

L.T. 3. E01

L.T. 2. E 02

L.T. 8. E01

L.T. 3. E01

8.03+-2.44E 01

L.T. 6. E01

L.T. 5. E01

L.T. 2. E02

2.21+-0.37E 03

1.39+-0.14E 03


Shoreline Sediment

(pCi/KG DRY) STATION NUMBER MUDS

Gamma Spectrum Analysis

SHORELINE SEDIMENT

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

0430

L.T. 3. E 02

1.22+-0.12E 04

L.T. 3. E01

L.T. 3. E01

L.T. 7. E01

L.T. 3. E01

L.T. 9. E01

L.T. 5. E01

L.T. 4. E01

L.T. 3. E02

L.T. 1. E 02

L.T. 5. E01

L.T. 4. E01

L.T. 7. E01

L.T. 7. E01

L.T. 2. E 02

2.83+-0.58E 03

1.14+-0.11 E 03

SHORELINE SEDIMENT

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE-141

CE-144

RA-226

TH-228

1130

L.T. 3. E02

9.80+-0.98E 03

L.T.3. E01

L.T. 3. E01

L.T. 7. E01

L.T. 3. E01

L.T. 7. E01

L.T. 5. E01

L.T. 4. E01

L.T. 3. E02

L.T. 9. E01

L.T. 4. E01

L.T. 4. E01

L.T. 7. E01

L.T. 6. E01

L.T. 2. E02

2.73+-0.49E 03

1.53+-0.15E 03

10

ko H

Wolf Creek Nuclear Operating Corporation Exposure Pathway - Ingestion

Fish

(pCi/KG WET) STATION NUMBER JRR


CHANNEL CATFISH

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

0518

L.T. 1. E 02

3.08+-0.31 E 03

L.T. 1. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 1. E01

L.T. I. E 02

L.T. 2. E01

L.T. 1. E01

L.T. 2. E01

L.T. 2. E01

L.T. 2. E01

L.T. 8. E01

L.T. 3. E 02

L.T. 2. E01

L.T. 2.0 E 02

CHANNEL CATFISH

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE-141

CE-144

RA-226

TH-228

H-3

1001

L.T. 1. E 02

3.11+-0.31E 03

L.T.1. E01

L.T. 1. E01

L.T. 3. E01

L.T.1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 1. E01

L.T.I. E 02

L.T. 3.

L.T. 1.

L.T. 2.

L.T. 2.

L.T. 2.

L.T. 8.

L.T. 3.

L.T. 2.

L.T. 3.

COMMON CARP

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

H-3

E01

E01

E01

E01

E01

E01

E 02

E01

E 02

0518

L.T. 9. E01

3.41+-0.34E 03

L.T. 1. E01

L.T. I. E01

L.T. 2. E01

L.T. I. E01

L.T. 2. E01

L.T. i. E01

L.T. 1. E01

L.T. 9. E01

L.T. 2. E01

L.T. 1. E01

L.T.I. E01

L.T. 2. E01

L.T. 2. E01

L.T. 9. E01

L.T. 3. E 02

L.T. 2. E01

L.T. 2.0 E 02

(D


Fish

(pCi/KG WET) STATION NUMBER JRR


FW DRUM

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

H-3

1001

L.T. 1. E 02

3.33+-0.33E 03

L.T. 1. E 01

L.T. I. E01

L.T. 3. E01

L.T.I. E01

L.T. 3. E01

L.T. 1. E01

L.T. 1. E01

L.T. I. E 02

L.T. 3. E01

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. 2. E01

L.T. 9. E01

L.T. 3. E 02

L.T. 2. E01

L.T. 3. E 02

WHITE CRAPPIE

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU- 106

1-131

CS-134

CS-137

BA-140

CE-141

CE- 144

RA-226

TH-228

H-3

(D

tO

1001

L.T. 1. E 02

3.33+-0.33E 03

L.T. 1. E01

L.T. 1. 301

L.T. 3. E01

L.T. 1. E01

L.T. 2. E01

L.T. 1. E01

L.T. 1. E01

L.T. 1. E 02

L.T. 3. E01

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. 3. E01

L.T. 1. E 02

L.T. 3. E 02

L.T. 2. E01

L.T. 3. E02


Fish

(pCi/KG WET) STATION NUMBER WCL


CHANNEL CATFISH

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

0526

L.T. 1. E 02

3.30+-0.33E 03

L.T. 1. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 1. E01

L.T. 1. E 02

L.T. 4. E01

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. 2. E01

L.T. 6. E01

L.T. 2. E 02

L.T. 2. E01

6.5 +-0.2 E 03

CHANNEL CATFISH

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

1012

L.T. 1. E 02

2.96+-0.30E 03

L.T. I. E01

L.T. 1. E01

L.T. 3. E01

L.T. 2. E01

L.T. 3. E01

L.T. 1. E01

L.T. 2. E01

L.T. 1. E 02

L.T. 5. E01

L.T.I. E01

L.T. 1. E01

L.T. 3. E01

L.T. 3. E01

L.T.I. E 02

L.T. 3. E02

L.T. 3. E01

4.5 +-.2 E 03

10 (D

w


Fish



COMMON CARP

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

H-3

0526

L.T. i. E 02

2.96+-0.30E 03

L.T.I. E01

L.T. 2. E01

L.T. 4. E01

L.T. I. E01

L.T. 3. E01

L.T. 2. E01

L.T. 2. E01

L.T.1. E 02

L.T. 5. E01

L.T. 2. E01

L.T. 2. E01

L.T. 3. E01

L.T. 3. E01

L.T. 9. E01

L.T. 3. E 02

L.T. 2. E01

6.1 +-0.2 E 03

COMMON CARP

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RIJ-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

1012

L.T. 2. E02

3.04+-0.30E 03

L.T. 2. E 01

L.T. 2. E01

L.T. 4. E01

L.T. 2. E01

L.T. 4. E01

L.T. 2. E01

L.T. 2. E01

L.T. 2. E 02

L.T. 6. E01

L.T. 2. E01

L.T. 2. E01

L.T. 3. E01

L.T. 3. E01

L.T. I. E 02

L.T. 3. E02

L.T. 3. E01

3.6 +-.2 E 03

COMMON CARP DUP

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

H-3

1012

L.T. 2. E02

2.58+-0.28E 03

L.T. 2. E01

L.T, 2. E01

L.T. 4. E01

L.T. 2. E01

L.T. 4. E01

L.T. 2. E01

L.T. 2. E01

L.T. 2. E 02

L.T. 6. E01

L.T. 2. E01

L.T. 2. E01

L.T. 3. E01

L.T. 3. E01

L.T. 1. E 02

L.T. 3. E 02

L.T. 3. E01

2.2 +-.2 E 03

CD

w w U,


Fish



FLATHEAD CATFISH

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

H-3

0526

L.T. 1. E 02

3.58+-0.36E 03

L.T. 1. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 2. E01

L.T. 1. E 02

L.T. 5. E01

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. 3. E01

L.T. I. E 02

L.T. 3. E02

L.T. 2. E01

1.1 +-0.1 E04

SM BASS

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

H-3

0526

L.T. I. E 02

3.62+-0.36E 03

L.T. 1. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T, 2. E01

L.T. 1. E 02

L.T. 4. E01

L.T.I. E01

2.18+-1.22E 01

L.T.3. EOi

L.T. 3. E01

L.T. 8. E01

L.T. 3. E 02

L.T. 2. E01

1.0 +-0. 1 E 04

SM BUFFALO

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

H-3

1012

L.T. 1. E 02

2.52+-0.25E 03

L.T. 1. E 01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 1. E01

L.T. 1. E 02

L.T. 4. E01

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. 3. E01

L.T. 1. E 02

L.T. 3. E02

L.T. 2. E01

5.2 +-.2 E 03

(1

O'• ON


Fish



WALLEVE

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

H-3

1012

L.T. 2. E02

3.32+-0.37E 03

L.T. 2. E01

L.T. 2. E01

L.T. 5. E01

L.T. 2. E01

L.T. 5. E01

L.T. 2. E01

L.T. 3. E01

L.T. 2. E 02

L.T. 8. E01

L.T. 2. E01

4.07+-1.58E 01

L.T. 4. E01

L.T. 4. E01

L.T. 2. E02

L.T. 5. E 02

L.T. 4. E01

4.6 +-.2 E 03

WHITE BASS

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

H-3

1012

L.T. 1. E 02

3,36+-0.34E 03

L.T. 1. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 2. E01

L.T. 1. E 02

L.T. 4. E01

L.T. 1. E01

L.T. 2. E01

L.T. 3. E01

L.T. 3. E01

L.T. 9. E01

L.T. 3. E02

L.T. 2. E01

5.5 +-.3 E 03

WIPER

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS- 137

BA- 140

CE- 141

CE-144

RA-226

TH-228

H-3

(1

I LO

1012

L.T. I. E 02

3.59+-0.36E 03

L.T. 1. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 1. E01

L.T.1. E 02

L.T. 3. E01

L.T.I. E01

L.T. 1. E01

L.T. 2. E01

L.T. 2. E01

L.T. 6. E01

L.T. 2. E02

L.T. 2. E01

3.2+-.2 E03


Food/Garden Crops

(pCi/KG WET) STATION NUMBER E- l Gamma Spectrum Analysis

0527

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS- 137

BA-140

CE- 141

CE- 144

RA-226

TH-228

LETTUCE

1.88+-0.53E 02

6.22+-0.62E 03

L.T. 7. E00

L.T. 7. E00

L.T. 2. E01

L.T. 7. E 00

L.T. 2. E01

L.T. 7. E00

L.T. 8. E00

L.T. 6. E01

L.T.1. E01

L.T. 7. E00

L.T. 8. E 00

L.T.I. E01

L.T.1. E01

L.T. 4. E01

L.T. 1. E 02

L.T.1. E01

0630

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

LETTUCE

1.72+-0.40E 02

3.00+-0.30E 03

L.T. 6. E00

L.T. 6. E 00

L.T. 1. E01

L.T. 6. EOO

L.T. 1. E01

L.T. 6. EOO

L.T. 6. E 00

L.T. 5. E01

L.T. I. E01

L.T. 6. E00

L.T. 6. EOO

L.T. 7. E 00

L.T. 9. E00

L.T. 3. E01

L.T. 1. E 02

L.T. 9. E00

0728

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

'0 tD

SQUASH/CORN LEAVES

2.36+-0.24E 03

7.45+-0.75E 03

L.T. 8. E 00

L.T. 8. E 00

L.T. 2. E01

L.T. 9. E00

L.T. 2. E01

L.T. 9. E00

L.T. 9. E00

L.T. 8. E01

L.T.1. E01

L.T. 9. E00

L.T. 9. E00

L.T. I. E01

L.T.1. E01

L.T. 5. E01

L.T. 2. E02

L.T. 2. E01


Food/Garden Crops

(pCi/KG WET) STATION NUMBER F- I


0527

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE-141

CE-144

RA-226

TH-228

HORSERADISH LEAVES

4.00+-0.65E 02

3.87+-0.39E 03

L.T. 8. E 00

L.T. 8. E00

L.T. 2. E01

L.T. 8. E 00

L.T. 2. E01

L.T. 9. E00

L.T. 9. E00

L.T. 7. E01

L.T. 2. E01

L.T. 9. E 00

1.24+-0.69E 01

L.T. 1. E01

L.T. 1. E01

L.T. 5. E01

L.T. 2. E02

L.T. 1. E01

0630

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

HORSERADISH LEAVES

3.56+-0.66E 02

4.72+-0.47E 03

L.T. 8. E 00

L.T. 8. E 00

L.T. 2. E01

L.T. 9. EGO

L.T. 2. E01

L.T. 9. E00

L.T. 9. E00

L.T. 7. E01

L.T. 2. E01

L.T. 9. E00

L.T. 9. E00

L.T. 1. E01

L.T. i. E01

L.T. 5. E01

L.T.1. E 02

L.T. 1. E01

0825

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS- 134

CS-137

BA-140

CE-141

CE- 144

RA-226

TH-228

wQ

HORSERADISH LEAVES

4.59+-0.68E 02

5.40+-0.54E 03

L.T. 9. E00

L.T. 9. E 00

L.T. 2. E01

L.T. 9. E 00

L.T. 2. E01

L.T. 9. E 00

L.T. 1. E01

L.T. 8. E01

L.T. 2. E01

L.T. 1. E01

L.T. 1. E01

L.T. 1. E01

L.T. I. E01

L.T. 5. E01

L.T. 2. E02

L.T. 1. E01


Food/Garden Crops

(pCi/KG WET) STATION NUMBER G-1 Gamma Spectrum Analysis

0630

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

CABBAGE

5.37+-0.54E 02

4.07+-0.41 E 03

L.T. 7. E00

L.T. 7. E 00

L.T. 2. E01

L.T. 7. E 00

L.T. 2. E01

L.T. 8. E 00

L.T. 8. E 00

L.T. 6. E01

L.T. 1. E01

L.T. 8. E 00

L.T. 8. E00

L.T. i. E01

L.T. 1. E01

L.T. 4. E01

L.T. 1. E02

3.58+-0.69E 01

0825

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

TURNIP GREENS

2.15+-0.78E 02

5.04+-0.50E 03

L.T.1. E 01

L.T. 1. E01

L.T. 2. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 1. E01

L.T. 1. E 02

L.T. 2. E01

L.T. I. E01

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. 7. E01

L.T. 2. E02

L.T. 2. E01

0922

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

pJ t)

w H 0. (

TURNIP GREENS

6.98+-0.70E 02

4.42+-0.44E 03

L.T. 8. E 00

L.T. 8. E00

LT. 2. E01

L.T. 8. E00

L.T. 2. E01

L.T. 8. E00

L.T. 9. E00

L.T. 7. E01

L.T. 1. E01

L.T. 9. E 00

L.T. 8. E00

L.T. 9. E00

L.T. 1. E01

L.T. 5. E01

L.T.1. E 02

L.T. I. E01

1027

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

TURNIP GREENS

4.78+-0.85E 02

2.98+-0.30E 03

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T.1. E01

L.T. 2. E01

L.T.1. E01

L.T. 1. E01

L.T. 9. E01

L.T. 2. E01

L.T.1. E01

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. 6. E01

L.T. 2. E02

L.T. 2. E01

LQ

(D

0 H


Food/Garden Crops

(pCi/KG WET) STATION NUMBER G-1 Gamma Spectrum Analysis

1130 TURNIPGREENS

BE-7 1.95+-0.47E 02

K-40 6.41+-0.64E 03

MN-54 L.T. 6. E 00

CO-58 L.T. 6. E 00

FE-59 L.T. 2. E 01

CO-60 L.T. 7. E 00

ZN-65 L.T. 2. E 01

ZR-95 L.T. 6. E 00

RU-103 L.T. 6. E 00

RU-106 L.T. 6. E 01

1-131 L.T. 1. E01

CS-134 L.T. 7. E 00

CS-137 L.T. 6. EOO

BA-140 L.T. 6. E 00

CE-141 L.T. 9. E00

CE-144 L.T. 4. E01

RA-226 L.T. 1. E 02

TH-228 L.T. 1. E01


Food/Garden Crops

(pCi/KG WET) STATION NUMBER S-4


0526

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

CABBAGE

1.01+-0.42E 02

3.66+-0.37E 03

L.T. 6. E00

L.T. 7. E 00

L.T. 2. E01

L.T. 6. E 00

L.T. 2. E01

L.T. 7. EOO

L.T. 7. E00

L.T. 5. E01

L.T. 1. E01

L.T. 7. E 00

L.T. 7. E 00

L.T. 1. E01

L.T. 1. E01

L.T. 4. E01

L.T. 1. E 02

L.T. 1. E01

0630

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

CABBAGE

3.92+-0.62E 02

3.56+-0.36E 03

L.T. 8. E 00

L.T. 8. E 00

L.T. 2. E01

L.T. 8. E00

L.T. 2. E01

L.T. 8. EOO

L.T. 9. E00

L.T. 7. E01

L.T. 2. E01

L.T. 8. E 00

L.T. 8. E 00

L.T. 1. E01

L.T.1. E01

L.T. 5. E01

L.T. 1. E 02

L.T. 1. E01

0728

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

tQ

0 Mx

CABBAGE

3.96+-0.56E 02

5.43+-0.54E 03

L.T. 6. E00

L.T. 6. E 00

L.T. 2. E01

L.T. 7. E00

L.T. 2. E01

L.T. 7. E 00

L.T. 7. E00

L.T. 6. E01

L.T. 1. E01

L.T. 7. E 00

L.T. 7. E00

L.T. 9. E 00

L.T. 1. E01

L.T. 4. E01

L.T.1. E 02

L.T. 1. E01


Food/Garden Crops

(pCi/KG WET) STATION NUMBER S-4 Gamma Spectrum Analysis

0825

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

CABBAGE

5.38+-0.57E 02

4.31+-0.43E 03

L.T. 7. E 00

L.T. 7. E 00

L.T. 2. E01

L.T. 7. E00

L.T. 2. E01

L.T. 7. E 00

L.T. 7. EOO

L.T. 6. E01

L.T. 1. E01

L.T. 8. E 00

L.T. 7. E 00

L.T. 9. E00

L.T. 1. E01

L.T. 4. E01

L.T.1. E 02

L.T. I. E01

0922

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

CABBAGE

9.13+-0.91E 02

3.13+-0.31E 03

L.T. 9. E00

L.T. 9. E00

L.T. 2. E01

L.T. 9. E00

L.T. 2. E01

L.T. 1. E01

L.T. 1. E01

L.T. 8. E01

L.T. 2. E01

L.T.I. E01

L.T.I. E01

L.T. 1. E01

L.T. 2. E01

L.T. 6. E01

L.T. 2. E02

L.T. 2. E01

1027

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE-141

CE- 144

RA-226

TH-228

Lt (D

CABBAGE

5.07+-0.83E 02

3.45+-0.35E 03

L.T. I. E01

L.T. 1. E01

L.T. 2. E01

L.T. I. E01

L.T. 3. E01

L.T. I. E01

L.T. 1. E01

L.T. 1. E 02

L.T. 2. E01

L.T. 1. E01

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. 7. E01

L.T. 2. E02

L.T. 2. E01

1130

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE-141

CE-144

RA-226

TH-228

CARROT GREENS

4.57+-0.66E 02

8.37+-0.84E 03

L.T. 1. E 01

L.T. 1. E01

L.T. 3. E01

L.T. I. E01

L.T. 3. E01

L.T. 1. E01

L.T. 1. E01

L.T. 9. E01

L.T. 2. E01

L.T. 1. E01

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. 6. E01

L.T. 2. E 02

L.T. 2. E01

1) (D


Food/Garden Crops

(pCi/KG WET) STATION NUMBER S-4


1130 RHUBARB LEAVES

BE-7 5.13+-0.51E 02

K-40 5.98+-0.60E 03

MN-54 L.T. 6. E 00

CO-58 L.T. 5. E 00

FE-59 L.T. 1. E01

CO-60 L.T. 6. E 00

ZN-65 L.T. i. E01

ZR-95 L.T. 6. E 00

RU- 103 L.T. 6. E 00

RU-106 L.T. 5. E01

1-131 L.T. 1. E01

CS-134 L.T. 6. E00

CS-137 L.T. 6. E 00

BA- 140 L.T. 7. E 00

CE-141 L.T. 9. E 00

CE-144 L.T. 3. E01

RA-226 L.T. I. E 02

TH-228 L.T. 1. E 01


Food/Garden Crops

(pCi/KG WET) STATION NUMBER S-4 (Duplications)

Gamma Spectrun Analysis

0630

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS- 134

CS-137

BA-140

CE-141

CE- 144

RA-226

TH-228

CABBAGE DUP

3.68+-0.55E 02

3.68+-0.37E 03

L.T. 6. E00

L.T. 6. EOO

L.T. 2. E01

L.T. 7. E 00

L.T. 2. E01

L.T. 7. E00

L.T. 7. E00

L.T. 6. E01

L.T. 1. E01

L.T. 7. E 00

L.T. 7. E 00

L.T. 9. E00

L.T. 1. E01

L.T. 4. E01

L.T. I. E 02

L.T. 1. E01

1027

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS- 134

CS-137

BA- 140

CE-141

CE-144

RA-226

TH-228

pJ

CD

CABBAGE DUP

4.99+-0.69E 02

3.58+-0.36E 03

L.T. 8. E 00

L.T. 9. E00

L.T. 2. E01

L.T. 8. E 00

L.T. 2. E01

L.T. 9. E 00

L.T. 9. E00

L.T. 7. E01

L.T. 2. E01

L.T. 9. E00

L.T. 9. E00

L.T. 1. E01

L.T. 1. E01

L.T. 5. E01

L.T. 2. E02

L.T. 1. E01


Feed and Forage

(pCi/KG WET) STATION NUMBER NR-D I


CORN (IRRIGATED)

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

1103

L.T. 5. E01

2.69+-0.27E 03

L.T. 5. E 00

L.T. 6. EOO

L.T. 2. E01

L.T. 5. E00

L.T. 1. E01

L.T. 6. EOO

L.T. 7. E00

L.T. 5. E01

L.T. 2. E01

L.T. 6. E00

L.T. 6. E 00

L.T. 1. E01

L.T. 1. E01

L.T. 4. E01

L.T. 1. E02

L.T. 9. E00

tQ (D~

0 O'


Feed and Forage

(pCi/KG WET) STATION NUMBER NR-D2


CORN (NON-IRRIG)

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE- 144

RA-226

TH-228

1103

L.T. 4. E01

2.87+-0.29E 03

L.T. 4. E00

L.T. 4. E00

L.T. 1. E01

L.T. 4. E00

L.T. 1. E01

L.T. 5. E00

L.T. 5. E 00

L.T. 4. E01

L.T. 2. E01

L.T. 4. E00

L.T. 4. E00

L.T. 8. E 00

L.T. 8. E 00

L.T. 3. E01

L.T. 8. E101

L.T. 7. E00

SOYBEANS (NON-IRRIG

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

1103

LT. 6. E01

1.50+-0.15E 04

L.T. 6. E 00

L.T. 7. E 00

L.T. 2. E01

L.T. 7. EOO

L.T. 2. E01

L.T. 7. E 00

L.T. 7. E 00

L.T. 5. 301

L.T. 2. E01

L.T. 7. E 00

L.T. 7. E 00

L.T. 9. EOO

L.T. 9. E 00

L.T. 3. E01

L.T. 9. E01

L.T. 8. E 00

10

0 "I


Feed and Forage

(pCi/KG WET) STATION NUMBER NR-U1


CORN (IRRIGATED)

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE-141

CE-144

RA-226

TH-228

1108

L.T. 4. E01

2.94+-0.29E 03

L.T. 5. E00

L.T. 5. E00

L.T. 1. E01

L.T. 5. E00

L.T. 1. E01

L.T. 5. EOO

L.T. 6. E00

L.T. 5. E01

L.T. 1. E01

L.T. 5. E00

L.T. 5. E 00

L.T. 8. E 00

L.T. 8. E00

L.T. 3. E01

L.T. 8. E01

L.T. 8. E 00

CORN (IRRIGATED) DU

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

1108

L.T. 5. E01

2.89+-0.29E 03

L.T. 5. E00

L.T. 5. E 00

L.T. i. E01

L.T. 6. EOO

L.T. 1. E01

L.T. 6. E00

L.T. 6. E 00

L.T. 5. E01

L.T. 2. E01

L.T. S. E 00

L.T. 6. E00

L.T. 9. E00

L.T. 1. E01

L.T. 4. E01

L.T.1. E 02

L.T. 9. E00

1Q

to (I

0

Wolf Creek Nuclear Operating Corporation Exposure Pathway - Aquatic

Sediment/Silt


0518

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE- 144

RA-226

TH-228

BOTTOM SEDIMENT

4.54+-2.13E 02

1.06+-0.11 E 04

L.T. 4. E01

L.T. 4. E01

L.T. 8. E01

5.25+-0.52E 02

L.T. 9. E01

L.T. 5. E01

L.T. 4. E01

L.T. 3. E02

L.T. 7. E01

L.T. 5. E01

2.62+-0.41 E 02

L.T. 4. E01

L.T. 6. E01

L.T. 2. E02

1.87+-0.54E 03

1.34+-0.13E 03

1OO.1

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS- 134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

00 '..a

BOTTOM SEDIMENT

6.87+-2.64E 02

1.18+-0.12E 04

L.T. 4. E01

L.T. 4. E01

L.T. 9. E01

6.63+-0.66E 02

L.T. 8. E01

L.T. 4. E01

L.T. 3. E01

L.T. 3. E 02

L.T.1. E 02

L.T. 4. E01

3.07+-0.31E 02

L.T. 8. E01

L.T. 7. E01

L.T. 2. E02

2.46+-0.62E 03

1. 13+-0.11 E 03

0518

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228


Sediment/Silt


SB-125 3.63+-0.93E 02

LO (D'

t.a

BOTTOM SEDIMENT 2

8.38+-3.04E 02

9.91+-0.99E 03

L.T. 4. E01

L.T. 4. E01

L.T. 9. E01

5.3 1+-0.55E 02

L.T. 9. E01

L.T. 4. E01

L.T. 4. E01

L.T. 3. E02

L.T. 8. E01

L.T. 5. E01

2.20+-0.41E 02

L.T. 7. E01

L.T. 7. E01

L.T. 3. E 02

1.48+-0.59E 03

9.98+-1.00E 02


Sediment/Silt

(pCi/KG DRY) STATION NUMBER JRR Gamma Spectrum Analysis

0624

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

BOTTOM SEDIMENT

L.T. 3. E 02

1.49+-0.15E 04

L.T. 3. E01

L.T. 3. E01

L.T. 7. E01

L.T. 2. E01

L.T. 7. E01

L.T. 4. E01

L.T. 4. E01

L.T. 3. E 02

L.T. 2. E02

L.T. 4. E01

1.61+-0.30E 02

L.T. 8. E01

L.T. 6. E01

L.T. 2. E02

1.83+-0.40E 03

1.24+-0.12E 03

1001

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU- 106

1-131

CS- 134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

10 tQ (D

w

H.. H..

BOTTOM SEDIMENT

5.38+-2.45E 02

1.59+-0.16E 04

L.T. 3. E01

L.T. 3. E01

L.T. 8. E01

L.T. 4. E01

L.T. 8. E01

L.T. 4. E01

L.T. 4. E01

L.T. 3. E02

L.T. 1. E 02

L.T. 4. E01

1.29+-0.28E 02

L.T. 8. E01

L.T. 6. E01

L.T. 2. E 02

2.18+-0.60E 03

1.43+-0.14E 03


Vegetation - Aquatic

(pCi/KG WET) STATION NUMBER DC Gamma Spectrum Analysis

0518

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

ALGAE

7.53+-0.75E 02

3.60+-0.36E 03

L.T. 5. E 00

1.10+-0. 11E 02

L.T. 1. E01

3.72+-0.52E 01

L.T. 1. E01

L.T. 5. E 00

L.T. 5. E 00

L.T. 5. E01

L.T. 9. E00

L.T. 6. E 00

4.01+-0.55E 01

L.T. 6. E 00

L.T. 8. E 00

L.T. 3. E01

1.99+-0.76E 02

1.56+-0.16E 02

0518

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU- 106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

gj t( (D

w H.. HL'J

ALGAE 2

5.59+-0.90E 02

3.03+-0.30E 03

L.T. 1. E01

3.74+-0.92E 01

L.T. 2. E01

i.59+-0.86E 01

L.T. 2. E01

L.T. 1. E01

L.T. 1. E01

L.T. 9. E01

L.T. 2. E01

L.T. 1. E01

2.30+-0.88E 01

L.T. 2. E01

L.T. 2. E01

L.T. 6. E01

L.T. 2. E02

1.18+-0.12E 02



(pCi/KG WET) STATION NUMBER DCAL Gamma Spectrum Analysis

1001

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

AM LOTUS

2.26+-0.23E 03

2.09+-0.21 E 03

L.T. 7. E00

L.T. 7. E 00

L.T. 2. E01

L.T. 7. E 00

L.T. 2. E01

L.T. 7. E 00

L.T. 9. E 00

L.T. 7. E01

L.T. 2. E01

L.T. 8. E 00

L.T. 8. E 00

L.T. 1. E01

L.T. 1. E01

L.T. 4. E01

2.28+-1.14E 02

L.T. 1. E01

1001

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

Q Ho

H•

AM LOTUS DUP

2.25+-0.22E 03

1.85+-0.19E 03

L.T. 8. E 00

L.T. 8. E 00

L.T. 2. E01

L.T. 8. E00

L.T. 2. E01

L.T. 8. E 00

L.T. 9. E00

L.T. 7. E01

L.T. 2. E01

L.T. 8. E00

L.T. 8. E 00

L.T. 2. E01

L.T. 1. E01

L.T. 5. E01

2.03+-1.12E 02

L.T.1. E 01



(pCi/KG WET) STATION NUMBER EEA Gamma Spectrum Analysis

0413

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

ALGAE/DUCKWEED

4.65+-0.46E 02

9.23+-0.92E 02

L.T. 4. E00

L.T. 4. E00

L.T. 8. E 00

L.T. 4. E00

L.T. 8. E00

L.T. 4. E00

L.T. 4. E00

L.T. 3. E01

L.T. 8. E 00

L.T. 5. E00

1.34+-0.34E 01

L.T. 6. E00

L.T. 6. E00

L.T. 3. E01

1.77+-0.58E 02

6.44+-0.64E 01

0413

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE- 144

RA-226

TH-228

t1 pi

w

CATTAIL/SMARTWEED

L.T. 1. E 02

2.11+-0.21E 03

L.T. 9. E00

L.T. 9. E 00

L.T. 2. E01

L.T. 8. E 00

L.T. 2. E01

L.T. 1. E01

L.T. 1. E01

L.T. 8. E01

L.T. 2. EOI

L.T. 9. E00

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. 6. E01

L.T. 2. E02

7.40+-1.19E 01

Wolf Creek Nuclear Operating Corporation Exposure Pathway - Terrestrial

Vegetation - Terrestrial

(pCi/KG WET) STATION NUMBER EEA Gamma Spectrum Analysis

0413

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

PASTURAGE

2.69+-0.27E 03

6.81+-0.68E 03

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. 1. E01

L.T. 2. E01

L.T. 1. E01

L.T. 1. E01

L.T. 9. E01

L.T. 2. E01

L.T. 1. E01

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. 6. E101

L.T. 2. E 02

L.T. 2. E01

1020

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

(D

U,

PASTURAGE

4.72+-0.47E 03

1.39+-0.14E 04

L.T. 1. EOI

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 3. E01

L.T. 1. E01

L.T. 1. E01

L.T. 1. E 02

L.T. 3. E01

L.T. 1. E01

L.T.1. E01

L.T. 2. E01

L.T. 2. E01

L.T. 7. E01

L.T. 2. E02

L.T. 2. E01


Vegetation - Terrestrial

(pCi/KG WET) STATION NUMBER MUDS


0430

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

PASTURAGE

4.16+-0.42E 03

4.62+-0.46E 03

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. I. E01

L.T. 2. E01

L.T. 1. E01

L.T. 1. E01

L.T. 9. E01

L.T, 2. E01

L.T. 1. E01

L.T. 1. E01

L.T. 2. E01

L.T. 2. E01

L.T. 7. E01

L.T. 2. E02

L.T. 2. E01

1130

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

LQ

CYN

PASTURAGE

1.93+-0.19E 04

1.03+-0.30E 03

L.T. 4. E01

L.T. 5. E01

L.T. 1. E 02

L.T. 4. E01

L.T. 9. E01

L.T. 5. E01

L.T. 6. E01

L.T. 4. E02

L.T. 4. E02

L.T. 4. E01

L.T. 4. E01

L.T. 2. E 02

L.T. 9. E01

L.T. 3. E 02

L.T. 8. E 02

L.T. 7. E01


Soil

(pCi/KG DRY) STATION NUMBER EEA Gamma Spectrum Analysis

0610

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS- 134

CS-137

BA-140

CE- 141

CE-144

RA-226

TH-228

SOIL

1.34+-0.28E 03

1.01+-0.1OE 04

L.T. 3. E01

L.T. 3. E01

L.T. 8. E01

L.T. 3. E01

L.T. 7. E01

L.T. 4. E01

L.T. 4. E01

L.T. 3. E 02

L.T.1. E02

L.T. 4. E01

1.50+-0.34E 02

L.T. 7. E01

L.T. 7. E01

L.T. 2. E 02

1.94+-0.57E 03

1.03+-0.10E 03

1020

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU- 106

1-131

CS- 134

CS-137

BA-140

CE-141

CE-144

RA-226

TH-228

SOIL

L.T. 3. E02

9.21+-0.92E 03

L.T. 3. E01

L.T. 3. E01

L.T. 7. E01

L.T. 3. E01

L.T. 7. E01

L.T. 4. E01

L.T. 3. E01

L.T. 2. E02

L.T. 9. E01

L.T. 4. E01

1.24+-0.29E 02

L.T. 6. E01

L.T. 6. E01

L.T. 2. E02

1.80+-0.53E 03

1. 14+-0.1 IE 03

1130

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU-106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE-144

RA-226

TH-228

,.a (D

SOIL

L.T. 3. E02

1.15+-0.12E 04

L.T. 3. E01

L.T. 3. E01

L.T. 8. E01

L.T. 4. E01

L.T. 8. E01

L.T. 4. E01

L.T. 4. E01

L.T. 3. E02

L.T. 8. E01

L.T. 4. E01

1.87+-0.28E 02

L.T. 6. E01

L.T. 6. E01

L.T. 2. E02

1.50+-0.52E 03

1.01+-0.10E 03


Soil

(pCi/KG DRY) STATION NUMBER MUDS


0610

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU- 103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

SOIL

6.72+-2.71 E 02

1.11+-0.11E 04

L.T. 4. E01

L.T. 3. E01

L.T. 7. E01

L.T. 3. E01

L.T. 7. E01

L.T. 4. E01

L.T. 4. E01

L.T. 3. E02

L.T. 8. E01

L.T. 4. E01

1.95+-0.36E 02

L.T. 5. E01

L.T. 6. E01

L.T. 2. E02

1.78+-0.55E 03

1.33+-0.13E 03

1130

BE-7

K-40

MN-54

CO-58

FE-59

CO-60

ZN-65

ZR-95

RU-103

RU- 106

1-131

CS-134

CS-137

BA- 140

CE- 141

CE- 144

RA-226

TH-228

(D

C.D C--

SOIL

L.T. 3. E02

1. 10+-0.1 1E 04

L.T. 3. E01

L.T. 2. E01

L.T. 5. E01

L.T. 2. E01

L.T. 7. E01

L.T. 3. E01

L.T. 3. E01

L.T. 2. E 02

L.T. 6. E01

L.T. 3. E01

4.04+-0.40E 02

L.T. 4. E01

L.T. 4. E01

L.T. 2. E 02

1.80+-0.38E 03

1.12+-0.11E 03

Documents

Annual Radiological Environmental Operating Report …Services of Westwood, New Jersey. Environmental TLDs were processed by Detroit Edison at the Enrico Fermi 2 plant. Table 1 lists